Skip to main content
Loading Explore guides…
Elementary Steps in Organic Chemistry · Acedra
Home
Explore
Chemistry
Elementary Steps in Organic Chemistry
Sign in to save
Chat
If YouTube asks you to sign in, open the video on YouTube.
Watch on YouTube
Reload player
Transcript
1,106 segments
Copy
Hide video
0:00
Today Today I Today Today I Today I want Today I want to Today I want to discuss Today I want to discuss the Today I want to discuss the 10 Today I want to discuss the 10 most Today I want to discuss the 10 most common Today I want to discuss the 10 most common Elementary
0:08
Today I want to discuss the 10 most common Elementary steps Today I want to discuss the 10 most common Elementary steps in Today I want to discuss the 10 most common Elementary steps in organic Today I want to discuss the 10 most common Elementary steps in organic chemistry Today I want to discuss the 10 most common Elementary steps in organic chemistry. And Today I want to discuss the 10 most common Elementary steps in organic chemistry. And I
0:18
Today I want to discuss the 10 most common Elementary steps in organic chemistry. And I want Today I want to discuss the 10 most common Elementary steps in organic chemistry. And Today I want to discuss the 10 most common Elementary steps in organic chemistry. And I Today I want to discuss the 10 most common Elementary steps in organic chemistry. And I want Today I want to discuss the 10 most common Elementary steps in organic chemistry. And I want to
0:27
most common Elementary steps in organic chemistry. And I want to highlight most common Elementary steps in organic chemistry. And I want to highlight that most common Elementary steps in organic chemistry. And I want to highlight that we most common Elementary steps in organic chemistry. And I want to highlight that we have most common Elementary steps in organic chemistry. And I want to highlight that we have a
0:35
most common Elementary steps in organic chemistry. And I want to highlight that we have a 12 organic chemistry. And I want to highlight that we have a 12 listed organic chemistry. And I want to highlight that we have a 12 listed right organic chemistry. And I want to highlight that we have a 12 listed right here organic chemistry. And I want to highlight that we have a 12 listed right here on organic chemistry. And I want to highlight that we have a 12 listed right here on the
0:45
organic chemistry. And I want to highlight that we have a 12 listed right here on the the highlight that we have a 12 listed right here on the the glass highlight that we have a 12 listed right here on the the glass. The highlight that we have a 12 listed right here on the the glass. To highlight that we have a 12 listed right here on the the glass. To top highlight that we have a 12 listed right here on the the glass. To talk highlight that we have a 12 listed right here on the the glass. To
0:55
highlight that we have a 12 listed right here on the the glass. To top 10 highlight that we have a 12 listed right here on the the glass. To top 10 are highlight that we have a 12 listed right here on the the glass. The top 10 are have a 12 listed right here on the the glass. The top 10 are. All have a 12 listed right here on the the glass. The top 10 are. All the way have a 12 listed right here on the the glass. The top 10 are. All the way up
1:04
have a 12 listed right here on the the glass. The top 10 are. All the way have a 12 listed right here on the the glass. The top 10 are. All have a 12 listed right here on the the glass. The top 10 are. All the way up have a 12 listed right here on the the glass. The top 10 are. All the way up to have a 12 listed right here on the the glass. The top 10 are. All the way up to these have a 12 listed right here on the the glass. The top 10 are. All the way up to these on
1:14
have a 12 listed right here on the the glass. The top 10 are. All the way up to these on my the the glass. The top 10 are. All the way up to these on my left the the glass. The top 10 are. All the way up to these on my left and the the glass. The top 10 are. All the way up to these on my left and then the the glass. The top 10 are. All the way up to these on my left and then those the the glass. The top 10 are. All the way up to these on my left and then those right there
1:23
the the glass. The top 10 are. All the way up to these on my left and then those right All the way up to these on my left and then those right there these All the way up to these on my left and then those right there these two All the way up to these on my left and then those right there these two let's to these on my left and then those right there these two let's just to these on my left and then those right there these two let's just circle
1:32
to these on my left and then those right there these two let's just circle them left and then those right there these two let's just circle them or left and then those right there these two let's just circle them or put them left and then those right there these two let's just circle them or put left and then those right there these two let's just circle them or put them in left and then those right there these two let's just circle them or put them in a
1:42
left and then those right there these two let's just circle them or put them in a square these two let's just circle them or put them in a square. All right these two let's just circle them or put them in a square. All right so these two let's just circle them or put them in a square. All right these two let's just circle them or put them in a square. All right so these two let's just circle them or put them in a square. All right so though
1:51
these two let's just circle them or put them in a square. All right so though adding these two let's just circle them or put them in a square. All right so though adding those or put them in a square. All right so though adding those to make these two let's just circle them or put them in a square. All right so though adding those or put them in a square. All right so though adding those to make 12 or put them in a square. All right so though adding those to make 12. Elementary
2:01
or put them in a square. All right so though adding those to make 12. Elementary step or put them in a square. All right so though adding those to make 12. Elementary or put them in a square. All right so though adding those to make 12. Elementary steps or put them in a square. All right so though adding those to make 12. Elementary steps but or put them in a square. All right so though adding those to make 12. Elementary steps but in
2:09
right so though adding those to make 12. Elementary steps but in reality right so though adding those to make 12. Elementary steps but in reality it's right so though adding those to make 12. Elementary steps but in reality it's the right so though adding those to make 12. Elementary steps but in reality it's the first right so though adding those to make 12. Elementary steps but in reality it's the first 10 to make 12. Elementary steps but in reality it's the first 10 that
2:19
to make 12. Elementary steps but in reality it's the first 10 that are to make 12. Elementary steps but in reality it's the first 10 that are most common to make 12. Elementary steps but in reality it's the first 10 that are most common and to make 12. Elementary steps but in reality it's the first 10 that are most common and then in reality it's the first 10 that are most common and then the in reality it's the first 10 that are most common and then the sn1
2:29
in reality it's the first 10 that are most common and then the sn1 and in reality it's the first 10 that are most common and then the sn1 and the it's the first 10 that are most common and then the sn1 and the E1 it's the first 10 that are most common and then the sn1 and the E1 mechanisms it's the first 10 that are most common and then the sn1 and the E1 mechanisms are it's the first 10 that are most common and then the sn1 and the E1 mechanisms are combination
2:39
it's the first 10 that are most common and then the sn1 and the E1 mechanisms are combination of common and then the sn1 and the E1 mechanisms are combination of some common and then the sn1 and the E1 mechanisms are combination of some of common and then the sn1 and the E1 mechanisms are combination of some of these common and then the sn1 and the E1 mechanisms are combination of some of these previous common and then the sn1 and the E1 mechanisms are combination of some of these previous 10
2:49
common and then the sn1 and the E1 mechanisms are combination of some of these previous 10. So common and then the sn1 and the E1 mechanisms are combination of some of these previous 10. So I common and then the sn1 and the E1 mechanisms are combination of some of these previous 10. So common and then the sn1 and the E1 mechanisms are combination of some of these previous 10. So I E1 mechanisms are combination of some of these previous 10. So I say
2:58
E1 mechanisms are combination of some of these previous 10. So I say it's E1 mechanisms are combination of some of these previous 10. So I say it's 10 E1 mechanisms are combination of some of these previous 10. So I say it's 10 most E1 mechanisms are combination of some of these previous 10. So I say it's 10 most common some of these previous 10. So I say it's 10 most common Elementary some of these previous 10. So I say it's 10 most common Elementary steps
3:07
some of these previous 10. So I say it's 10 most common Elementary steps and some of these previous 10. So I say it's 10 most common Elementary steps and these some of these previous 10. So I say it's 10 most common Elementary steps and these are say it's 10 most common Elementary steps and these are super say it's 10 most common Elementary steps and these are super important say it's 10 most common Elementary steps and these are super important because
3:17
say it's 10 most common Elementary steps and these are super important because if say it's 10 most common Elementary steps and these are super important because if you Elementary steps and these are super important because if you can Elementary steps and these are super important because if you can Master Elementary steps and these are super important because if you can Master these Elementary steps and these are super important because if you can Master these 10
3:26
Elementary steps and these are super important because if you can Master these 10 Elementary super important because if you can Master these 10 Elementary stats super important because if you can Master these 10 Elementary stats you'll be super important because if you can Master these 10 Elementary stats you'll be able super important because if you can Master these 10 Elementary stats you'll be able to super important because if you can Master these 10 Elementary stats you'll be able to do
3:36
super important because if you can Master these 10 Elementary stats you'll be able to do most can Master these 10 Elementary stats you'll be able to do most of can Master these 10 Elementary stats you'll be able to do most of the can Master these 10 Elementary stats you'll be able to do most of the organic can Master these 10 Elementary stats you'll be able to do most of the organic mechanisms can Master these 10 Elementary stats you'll be able to do most of the organic mechanisms in
3:46
stats you'll be able to do most of the organic mechanisms in your stats you'll be able to do most of the organic mechanisms in your organic stats you'll be able to do most of the organic mechanisms in your organic chemistry stats you'll be able to do most of the organic mechanisms in your organic chemistry class of the organic mechanisms in your organic chemistry class. You of the organic mechanisms in your organic chemistry class. You know
3:55
of the organic mechanisms in your organic chemistry class. You know these of the organic mechanisms in your organic chemistry class. You of the organic mechanisms in your organic chemistry class. You know of the organic mechanisms in your organic chemistry class. You know these of the organic mechanisms in your organic chemistry class. You know these you of the organic mechanisms in your organic chemistry class. You know these You
4:04
of the organic mechanisms in your organic chemistry class. You know these You can of the organic mechanisms in your organic chemistry class. You know these You can predict your organic chemistry class. You know these You can predict most your organic chemistry class. You know these You can predict most of your organic chemistry class. You know these You can predict most of their your organic chemistry class. You know these You can predict most of their organic
4:14
your organic chemistry class. You know these You can predict most of their organic reactions You know these You can predict most of their organic reactions that You know these You can predict most of their organic reactions that you You know these You can predict most of their organic reactions that you will You know these You can predict most of their organic reactions that you will encounter You know these You can predict most of their organic reactions that you will encounter. So
4:23
most of their organic reactions that you will encounter. So there You know these You can predict most of their organic reactions that you will encounter. So most of their organic reactions that you will encounter. So there are most of their organic reactions that you will encounter. So there are most of their organic reactions that you will encounter. So there most of their organic reactions that you will encounter. So there are many
4:33
most of their organic reactions that you will encounter. So there are many organic most of their organic reactions that you will encounter. So there are many organic reactions that you will encounter. So there are many organic reactions out that you will encounter. So there are many organic reactions out there that you will encounter. So there are many organic reactions out there many that you will encounter. So there are many organic reactions out there many many
4:42
that you will encounter. So there are many organic reactions out there many many many that you will encounter. So there are many organic reactions out there many many many and there are many organic reactions out there many many many and it's there are many organic reactions out there many many many and it's going to there are many organic reactions out there many many many and it's going to be there are many organic reactions out there many many many and it's going to be very
4:52
reactions out there many many many and it's going to be very difficult reactions out there many many many and it's going to be very difficult to reactions out there many many many and it's going to be very difficult to memorize reactions out there many many many and it's going to be very difficult to memorize all the reactions out there many many many and it's going to be very difficult to memorize all many and it's going to be very difficult to memorize all the organic
5:02
and it's going to be very difficult to memorize all the organic reactions and it's going to be very difficult to memorize all the organic reactions. A and it's going to be very difficult to memorize all the organic reactions. A better difficult to memorize all the organic reactions. A better approach and it's going to be very difficult to memorize all the organic reactions. A and it's going to be very difficult to memorize all the organic reactions. A better
5:11
difficult to memorize all the organic reactions. A better approach difficult to memorize all the organic reactions. A better approach is if difficult to memorize all the organic reactions. A better approach is difficult to memorize all the organic reactions. A better approach is if you difficult to memorize all the organic reactions. A better approach is if you can difficult to memorize all the organic reactions. A better approach is if you can learn
5:20
organic reactions. A better approach is if you can learn these organic reactions. A better approach is if you can learn these 10 organic reactions. A better approach is if you can learn these 10 Elementary organic reactions. A better approach is if you can learn these 10 Elementary steps approach is if you can learn these 10 Elementary steps then you organic reactions. A better approach is if you can learn these 10 Elementary steps then
5:29
approach is if you can learn these 10 Elementary steps then you can approach is if you can learn these 10 Elementary steps then you can apply approach is if you can learn these 10 Elementary steps then you can apply what approach is if you can learn these 10 Elementary steps then you can apply what you've learn these 10 Elementary steps then you can apply what you've learned learn these 10 Elementary steps then you can apply what you've learned here
5:39
learn these 10 Elementary steps then you can apply what you've learned here to learn these 10 Elementary steps then you can apply what you've learned here to all most of learn these 10 Elementary steps then you can apply what you've learned here to all most of the then you can apply what you've learned here to all most of the organic then you can apply what you've learned here to all most of the organic reactions
5:48
then you can apply what you've learned here to all most of the organic reactions you'll then you can apply what you've learned here to all most of the organic reactions you'll see then you can apply what you've learned here to all most of the organic reactions you'll see and learned here to all most of the organic reactions you'll see and you'll find learned here to all most of the organic reactions you'll see and you'll
5:56
learned here to all most of the organic reactions you'll see and you'll find that learned here to all most of the organic reactions you'll see and you'll find that you learned here to all most of the organic reactions you'll see and you'll find that you have learned here to all most of the organic reactions you'll see and you'll find that you have better organic reactions you'll see and you'll find that you have better success
6:05
organic reactions you'll see and you'll find that you have better success. So organic reactions you'll see and you'll find that you have better success. So what organic reactions you'll see and you'll find that you have better success. So what I organic reactions you'll see and you'll find that you have better success. So organic reactions you'll see and you'll find that you have better success. So what organic reactions you'll see and you'll find that you have better success. So what I
6:15
organic reactions you'll see and you'll find that you have better success. So what I want to organic reactions you'll see and you'll find that you have better success. So what I want organic reactions you'll see and you'll find that you have better success. So what I want to do organic reactions you'll see and you'll find that you have better success. So what I want to do is you'll find that you have better success. So what I want to do is I'm
6:24
you'll find that you have better success. So what I want to do is I'm going to you'll find that you have better success. So what I want to do is I'm going to go you'll find that you have better success. So what I want to do is I'm going to go through you'll find that you have better success. So what I want to do is I'm going to go through these you'll find that you have better success. So what I want to do is I'm going to go through these 10
6:33
success. So what I want to do is I'm going to go through these 10 Elementary success. So what I want to do is I'm going to go through these 10 Elementary steps success. So what I want to do is I'm going to go through these 10 Elementary steps one success. So what I want to do is I'm going to go through these 10 Elementary steps one at success. So what I want to do is I'm going to go through these 10 Elementary steps one at a time
6:42
I'm going to go through these 10 Elementary steps one at a time. Give going to go through these 10 Elementary steps one at a time. Give some going to go through these 10 Elementary steps one at a time. Give some examp I'm going to go through these 10 Elementary steps one at a time. Give going to go through these 10 Elementary steps one at a time. Give some examples going to go through these 10 Elementary steps one at a time. Give some
6:51
going to go through these 10 Elementary steps one at a time. Give some examples going to go through these 10 Elementary steps one at a time. Give some examples and going to go through these 10 Elementary steps one at a time. Give some examples and show going to go through these 10 Elementary steps one at a time. Give some examples and show you Elementary steps one at a time. Give some examples and show you some Elementary steps one at a time. Give some examples and show you some key
7:01
Elementary steps one at a time. Give some examples and show you some key features Elementary steps one at a time. Give some examples and show you some key features of Elementary steps one at a time. Give some examples and show you some key features of them Elementary steps one at a time. Give some examples and show you some key features of them and Give some examples and show you some key features of them and why Give some examples and show you some key features of them and why they're
7:11
Give some examples and show you some key features of them and why they're so Give some examples and show you some key features of them and why they're so important Give some examples and show you some key features of them and why they're so important and Give some examples and show you some key features of them and why they're so important and how some key features of them and why they're so important and how understanding
7:20
some key features of them and why they're so important and how understanding these some key features of them and why they're so important and how understanding these things some key features of them and why they're so important and how understanding these things will why they're so important and how understanding these things will help why they're so important and how understanding these things will help you why they're so important and how understanding these things will help you in
7:30
why they're so important and how understanding these things will help you in your why they're so important and how understanding these things will help you in your quest why they're so important and how understanding these things will help you in your quest of understanding these things will help you in your quest of mastering understanding these things will help you in your quest of mastering organic understanding these things will help you in your quest of mastering organic chemistry N In a
7:39
In a s In a SN In a In a sn2 In a sn2 mechanism In a sn2 mechanism. What you're In a sn2 mechanism. What In a sn2 mechanism. What you're going to In a sn2 mechanism. What you're going to have In a sn2 mechanism. What In a sn2 mechanism. What you're going to In a sn2 mechanism. What you're In a sn2 mechanism. What you're going to have In a sn2 mechanism. What you're going to have is In a sn2 mechanism. What you're going to have is a
7:51
In a sn2 mechanism. What you're going to have is a substrate In a sn2 mechanism. What you're going to have is a substrate. So In a sn2 mechanism. What you're going to have is a substrate. So let's In a sn2 mechanism. What you're going to have is a substrate. So let's draw In a sn2 mechanism. What you're going to have is a substrate. So In a sn2 mechanism. What you're going to have is a substrate. So let's In a sn2 mechanism. What you're going to have is a substrate. So let's draw
8:01
In a sn2 mechanism. What you're going to have is a substrate. So let's draw ourselves In a sn2 mechanism. What you're going to have is a substrate. So let's draw ourselves a In a sn2 mechanism. What you're going to have is a substrate. So let's draw ourselves a substrate going to have is a substrate. So let's draw ourselves a substrate. Like going to have is a substrate. So let's draw ourselves a substrate. Like this going to have is a substrate. So let's draw ourselves a substrate. Like
8:11
going to have is a substrate. So let's draw ourselves a substrate. Like this going to have is a substrate. So let's draw ourselves a substrate. Like this. Call substrate. So let's draw ourselves a substrate. Like this. Go out going to have is a substrate. So let's draw ourselves a substrate. Like this. Got a substrate. So let's draw ourselves a substrate. Like this. Go out of substrate. So let's draw ourselves a substrate. Like this. Got a sub
8:20
substrate. So let's draw ourselves a substrate. Like this. Got a substr substrate. So let's draw ourselves a substrate. Like this. Got a substrate going to have is a substrate. So let's draw ourselves a substrate. Like this. Got a substrate. So let's draw ourselves a substrate. Like this. Got a substrate substrate. So let's draw ourselves a substrate. Like this. Got a substrate. And substrate. So let's draw ourselves a substrate. Like this. Got a substrate. And in
8:30
ourselves a substrate. Like this. Got a substrate. And in this substrate. So let's draw ourselves a substrate. Like this. Got a substrate. And substrate. So let's draw ourselves a substrate. Like this. Got a substrate. And in ourselves a substrate. Like this. Got a substrate. And in this ourselves a substrate. Like this. Got a substrate. And in this particular substrate. Like this. Got a substrate. And in this particular substrate
8:39
substrate. Like this. Got a substrate. And in this particular substrate it's substrate. Like this. Got a substrate. And in this particular substrate it's also substrate. And in this particular substrate it's also called substrate. And in this particular substrate it's also called an substrate. And in this particular substrate it's also called an alkyl substrate. And in this particular substrate it's also called an alkyl halide
8:48
in this particular substrate it's also called an alkyl halide. Because in this particular substrate it's also called an alkyl halide. Because we particular substrate it's also called an alkyl halide. Because we have particular substrate it's also called an alkyl halide. Because we have a in this particular substrate it's also called an alkyl halide. Because in this particular substrate it's also called an alkyl halide. Because we
8:57
particular substrate it's also called an alkyl halide. Because we have particular substrate it's also called an alkyl halide. Because we have a particular substrate it's also called an alkyl halide. Because we have a carbon it's also called an alkyl halide. Because we have a carbon attached to it's also called an alkyl halide. Because we have a carbon attached it's also called an alkyl halide. Because we have a carbon attached to a
9:06
it's also called an alkyl halide. Because we have a carbon attached to a halide it's also called an alkyl halide. Because we have a carbon attached to a halide. And it's also called an alkyl halide. Because we have a carbon attached to a halide. And so halide. Because we have a carbon attached to a halide. And so when it's also called an alkyl halide. Because we have a carbon attached to a halide. And it's also called an alkyl halide. Because we have a carbon attached to a halide. And so
9:16
halide. Because we have a carbon attached to a halide. And so when we halide. Because we have a carbon attached to a halide. And so when halide. Because we have a carbon attached to a halide. And so when we have halide. Because we have a carbon attached to a halide. And so when we have ourselves halide. Because we have a carbon attached to a halide. And so when we have ourselves a attached to a halide. And so when we have ourselves a substrate
9:25
attached to a halide. And so when we have ourselves a substrate that attached to a halide. And so when we have ourselves a substrate that has attached to a halide. And so when we have ourselves a substrate that has a attached to a halide. And so when we have ourselves a substrate that has a alkyl when we have ourselves a substrate that has a alkyl halide when we have ourselves a substrate that has a alkyl halide. Or when we have ourselves a substrate that has a alkyl halide. Or. A
9:35
when we have ourselves a substrate that has a alkyl halide. Or. A leaving when we have ourselves a substrate that has a alkyl halide. Or. A leaving group when we have ourselves a substrate that has a alkyl halide. Or. A when we have ourselves a substrate that has a alkyl halide. Or. A leaving when we have ourselves a substrate that has a alkyl halide. Or. A leaving group when we have ourselves a substrate that has a alkyl halide. Or. A leaving group so
9:44
substrate that has a alkyl halide. Or. A leaving group so you substrate that has a alkyl halide. Or. A leaving group so you can substrate that has a alkyl halide. Or. A leaving group so you can represent substrate that has a alkyl halide. Or. A leaving group so you can represent that substrate that has a alkyl halide. Or. A leaving group so you can represent that molecule halide. Or. A leaving group so you can represent that molecule like this
9:53
halide. Or. A leaving group so you can represent that molecule like halide. Or. A leaving group so you can represent that molecule like this. If you halide. Or. A leaving group so you can represent that molecule like this. If halide. Or. A leaving group so you can represent that molecule like this. If you have halide. Or. A leaving group so you can represent that molecule like this. If halide. Or. A leaving group so you can represent that molecule like this. If you
10:03
halide. Or. A leaving group so you can represent that molecule like this. If you have halide. Or. A leaving group so you can represent that molecule like this. If you have a halide. Or. A leaving group so you can represent that molecule like this. If you have a group you can represent that molecule like this. If you have a group that you can represent that molecule like this. If you have a group that can represent that molecule like this. If you have a group that can leave
10:13
represent that molecule like this. If you have a group that can leave. That's represent that molecule like this. If you have a group that can leave. That's another represent that molecule like this. If you have a group that can leave. That's another rep this. If you have a group that can leave. That's another represent represent that molecule like this. If you have a group that can leave. That's represent that molecule like this. If you have a group that can leave. That's another
10:22
this. If you have a group that can leave. That's another representation this. If you have a group that can leave. That's another representation of this. If you have a group that can leave. That's another representation of what this. If you have a group that can leave. That's another representation of what I'm can leave. That's another representation of what I'm going to can leave. That's another representation of what I'm going to do
10:32
can leave. That's another representation of what I'm going to do here leave. That's another representation of what I'm going to do here. So leave. That's another representation of what I'm going to do here. So halogens leave. That's another representation of what I'm going to do here. So halogens. Or representation of what I'm going to do here. So halogens. Or chlorine representation of what I'm going to do here. So halogens. Or chlorine bromine
10:41
what I'm going to do here. So halogens. Or chlorine bromine and what I'm going to do here. So halogens. Or chlorine bromine and iodine what I'm going to do here. So halogens. Or chlorine bromine and iodine are what I'm going to do here. So halogens. Or chlorine bromine and iodine are good what I'm going to do here. So halogens. Or chlorine bromine and iodine are good halogens halogens. Or chlorine bromine and iodine are good halogens that
10:51
halogens. Or chlorine bromine and iodine are good halogens that can halogens. Or chlorine bromine and iodine are good halogens that can leave halogens. Or chlorine bromine and iodine are good halogens that can leave they're good halogens. Or chlorine bromine and iodine are good halogens that can leave they're and iodine are good halogens that can leave they're good leaving and iodine are good halogens that can leave they're good leaving groups
11:00
Or chlorine bromine and iodine are good halogens that can leave they're good leaving groups. And are good halogens that can leave they're good leaving groups. And then are good halogens that can leave they're good leaving groups. And then you Or chlorine bromine and iodine are good halogens that can leave they're good leaving groups. And are good halogens that can leave they're good leaving groups. And then are good halogens that can leave they're good leaving groups. And then you
11:10
are good halogens that can leave they're good leaving groups. And then you have are good halogens that can leave they're good leaving groups. And then you have an are good halogens that can leave they're good leaving groups. And then you have an attacking they're good leaving groups. And then you have an attacking species they're good leaving groups. And then you have an attacking species. And they're good leaving groups. And then you have an attacking species. And the
11:20
they're good leaving groups. And then you have an attacking species. And they're good leaving groups. And then you have an attacking species. And the they're good leaving groups. And then you have an attacking species. And the attacking then you have an attacking species. And the attacking species then you have an attacking species. And the attacking species is then you have an attacking species. And the attacking species is going to
11:29
then you have an attacking species. And the attacking species is going then you have an attacking species. And the attacking species is going to be then you have an attacking species. And the attacking species is going to be electron species. And the attacking species is going to be electron rich species. And the attacking species is going to be electron rich. And species. And the attacking species is going to be electron rich. And so
11:38
species. And the attacking species is going to be electron rich. And so we species. And the attacking species is going to be electron rich. And species. And the attacking species is going to be electron rich. And so species. And the attacking species is going to be electron rich. And so we species. And the attacking species is going to be electron rich. And so we have species. And the attacking species is going to be electron rich. And so we have this
11:47
species is going to be electron rich. And so we have this electron species is going to be electron rich. And so we have this electron rich species is going to be electron rich. And so we have this electron Rich going to be electron rich. And so we have this electron Rich attacking going to be electron rich. And so we have this electron Rich attacking species going to be electron rich. And so we have this electron Rich attacking species and
11:56
so we have this electron Rich attacking species and. Packing species and work so we have this electron Rich attacking species and. Packing species and so we have this electron Rich attacking species and. Packing species and work and so we have this electron Rich attacking species and. Packing species and work and that so we have this electron Rich attacking species and. Packing species and work and that is Rich attacking species and. Packing species and work and that is going
12:06
Rich attacking species and. Packing species and work and that is going to Rich attacking species and. Packing species and work and that is going to be Rich attacking species and. Packing species and work and that is going to be called Rich attacking species and. Packing species and work and that is going to be called a Packing species and work and that is going to be called a nucleophile Packing species and work and that is going to be called a nucleophile. And
12:15
Packing species and work and that is going to be called a nucleophile. And another Packing species and work and that is going to be called a nucleophile. And Packing species and work and that is going to be called a nucleophile. And another Packing species and work and that is going to be called a nucleophile. And another name that is going to be called a nucleophile. And another name that that is going to be called a nucleophile. And another name that you
12:25
that is going to be called a nucleophile. And another name that you can that is going to be called a nucleophile. And another name that you can call that is going to be called a nucleophile. And another name that you can call the that is going to be called a nucleophile. And another name that you can call the substrate nucleophile. And another name that you can call the substrate is nucleophile. And another name that you can call the substrate is an
12:34
nucleophile. And another name that you can call the substrate is an electrophile nucleophile. And another name that you can call the substrate is an electrophile. Many nucleophile. And another name that you can call the substrate is an electrophile. Many names And another name that you can call the substrate is an electrophile. Many And another name that you can call the substrate is an electrophile. Many names And another name that you can call the substrate is an electrophile. Many names to
12:44
call the substrate is an electrophile. Many names to describe call the substrate is an electrophile. Many names to describe something call the substrate is an electrophile. Many names to describe something here call the substrate is an electrophile. Many names to describe something here. So call the substrate is an electrophile. Many names to describe something here. So we electrophile. Many names to describe something here. So we have
12:53
call the substrate is an electrophile. Many names to describe something here. So call the substrate is an electrophile. Many names to describe something here. So we electrophile. Many names to describe something here. So we have electrophile. Many names to describe something here. So we have the electrophile. Many names to describe something here. So we have the electrophile electrophile. Many names to describe something here. So we have the electrophile which
13:02
electrophile. Many names to describe something here. So we have the electrophile which is describe something here. So we have the electrophile which is going to describe something here. So we have the electrophile which is going to be here. So we have the electrophile which is going to be something here. So we have the electrophile which is going to be something that's here. So we have the electrophile which is going to be something that's electron
13:11
electrophile which is going to be something that's electron poor electrophile which is going to be something that's electron poor. And electrophile which is going to be something that's electron poor. And so electrophile which is going to be something that's electron poor. And electrophile which is going to be something that's electron poor. And so electrophile which is going to be something that's electron poor. And so this which is going to be something that's electron poor. And so this carbon
13:22
which is going to be something that's electron poor. And so this carbon right which is going to be something that's electron poor. And so this carbon right here which is going to be something that's electron poor. And so this carbon right here has which is going to be something that's electron poor. And so this carbon right here has a that's electron poor. And so this carbon right here has a partial that's electron poor. And so this carbon right here has a partial positive
13:32
that's electron poor. And so this carbon right here has a partial positive charge that's electron poor. And so this carbon right here has a partial positive charge to that's electron poor. And so this carbon right here has a partial positive charge to it this carbon right here has a partial positive charge to it because this carbon right here has a partial positive charge to it because this this carbon right here has a partial positive charge to it because this chlorine
13:42
this carbon right here has a partial positive charge to it because this chlorine atom this carbon right here has a partial positive charge to it because this chlorine atom is has a partial positive charge to it because this chlorine atom is so has a partial positive charge to it because this chlorine atom is so electron has a partial positive charge to it because this chlorine atom is so electron negative it because this chlorine atom is so electron negative electronegative
13:51
it because this chlorine atom is so electron negative electronegative that it because this chlorine atom is so electron negative electronegative that is it because this chlorine atom is so electron negative electronegative that is pulling so electron negative electronegative that is pulling the so electron negative electronegative that is pulling the electron so electron negative electronegative that is pulling the electron density
14:00
so electron negative electronegative that is pulling the electron density away so electron negative electronegative that is pulling the electron density away from electronegative that is pulling the electron density away from the electronegative that is pulling the electron density away from the carbon electronegative that is pulling the electron density away from the carbon making electronegative that is pulling the electron density away from the carbon making it
14:10
electronegative that is pulling the electron density away from the carbon making it partially the electron density away from the carbon making it partially positive the electron density away from the carbon making it partially positive. So the electron density away from the carbon making it partially positive. So that's the electron density away from the carbon making it partially positive. So that's our the electron density away from the carbon making it partially positive. So
14:19
the electron density away from the carbon making it partially positive. So that's the electron density away from the carbon making it partially positive. So that's our the carbon making it partially positive. So that's our electrophilic the carbon making it partially positive. So that's our electrophilic carbon the carbon making it partially positive. So that's our electrophilic carbon. That's the carbon making it partially positive. So that's our electrophilic carbon. That's our
14:29
positive. So that's our electrophilic carbon. That's our electron positive. So that's our electrophilic carbon. That's our electron rich positive. So that's our electrophilic carbon. That's our electron rich. Spec positive. So that's our electrophilic carbon. That's our electron rich. Species positive. So that's our electrophilic carbon. That's our electron rich. Species which positive. So that's our electrophilic carbon. That's our electron rich. Species which is
14:39
electrophilic carbon. That's our electron rich. Species which is called positive. So that's our electrophilic carbon. That's our electron rich. Species positive. So that's our electrophilic carbon. That's our electron rich. Species which positive. So that's our electrophilic carbon. That's our electron rich. Species which is electrophilic carbon. That's our electron rich. Species which is called electrophilic carbon. That's our electron rich. Species which is called the
14:49
carbon. That's our electron rich. Species which is called the nucleophile carbon. That's our electron rich. Species which is called the nucleophile. Now carbon. That's our electron rich. Species which is called the nucleophile. Now watch carbon. That's our electron rich. Species which is called the nucleophile. Now carbon. That's our electron rich. Species which is called the nucleophile. NOW Watch carbon. That's our electron rich. Species which is called the nucleophile. Now watch
15:00
carbon. That's our electron rich. Species which is called the nucleophile. NOW Watch What rich. Species which is called the nucleophile. NOW Watch What Happens rich. Species which is called the nucleophile. NOW Watch What Happens here Species which is called the nucleophile. NOW Watch What Happens here mechanistically Species which is called the nucleophile. NOW Watch What Happens here mechanistically the nucleophile. NOW Watch What Happens here mechanistically the electron-rich
15:09
nucleophile. NOW Watch What Happens here mechanistically the electron nucleophile. NOW Watch What Happens here mechanistically the electron rich nucleophile. NOW Watch What Happens here mechanistically the electron rich nucleophile nucleophile. NOW Watch What Happens here mechanistically the electron rich nucleophile is Happens here mechanistically the electron rich nucleophile is going Happens here mechanistically the electron rich nucleophile is going to
15:18
Happens here mechanistically the electron rich nucleophile is going to attack mechanistically the electron rich nucleophile is going to attack the mechanistically the electron rich nucleophile is going to attack the electron mechanistically the electron rich nucleophile is going to attack the electron polar rich nucleophile is going to attack the electron polar electrophile rich nucleophile is going to attack the electron polar electrophile in
15:28
rich nucleophile is going to attack the electron polar electrophile in this rich nucleophile is going to attack the electron polar electrophile in this manner rich nucleophile is going to attack the electron polar electrophile in this manner it's attack the electron polar electrophile in this manner it's going attack the electron polar electrophile in this manner it's going to attack the electron polar electrophile in this manner it's going to take
15:37
attack the electron polar electrophile in this manner it's going to take a attack the electron polar electrophile in this manner it's going to take a lone attack the electron polar electrophile in this manner it's going to take a lone pair attack the electron polar electrophile in this manner it's going to take a lone pair and attack the electron polar electrophile in this manner it's going to take a lone pair and it electrophile in this manner it's going to take a lone pair and it doesn't
15:48
electrophile in this manner it's going to take a lone pair and it doesn't matter electrophile in this manner it's going to take a lone pair and it doesn't matter which electrophile in this manner it's going to take a lone pair and it doesn't matter which of electrophile in this manner it's going to take a lone pair and it doesn't matter which of these going to take a lone pair and it doesn't matter which of these three going to take a lone pair and it doesn't matter which of these three that
15:58
going to take a lone pair and it doesn't matter which of these three that it going to take a lone pair and it doesn't matter which of these three that it takes going to take a lone pair and it doesn't matter which of these three that it takes I'm going to going to take a lone pair and it doesn't matter which of these three that it takes I'm doesn't matter which of these three that it takes I'm going to say doesn't matter which of these three that it takes I'm going to say that
16:08
doesn't matter which of these three that it takes I'm going to say that one three that it takes I'm going to say that one it's going to take that three that it takes I'm going to say that one it's going to take that long three that it takes I'm going to say that one it's going to take that long pair three that it takes I'm going to say that one it's going to take that long pair and three that it takes I'm going to say that one it's going to take that long pair and come
16:18
three that it takes I'm going to say that one it's going to take that long pair and come in three that it takes I'm going to say that one it's going to take that long pair and come in and say that one it's going to take that long pair and come in and attack say that one it's going to take that long pair and come in and attack that going to say that one it's going to take that long pair and come in and attack that carbon
16:27
going to say that one it's going to take that long pair and come in and attack that carbon. And to take that long pair and come in and attack that carbon. And then to take that long pair and come in and attack that carbon. And then going to say that one it's going to take that long pair and come in and attack that carbon. And to take that long pair and come in and attack that carbon. And then the to take that long pair and come in and attack that carbon. And then the the
16:36
to take that long pair and come in and attack that carbon. And then the the carbon to take that long pair and come in and attack that carbon. And then the the carbon flooring in and attack that carbon. And then the the carbon flooring bond in and attack that carbon. And then the the carbon flooring bond is in and attack that carbon. And then the the carbon flooring bond is going to in and attack that carbon. And then the the carbon flooring bond is going
16:45
in and attack that carbon. And then the the carbon flooring bond is going to break in and attack that carbon. And then the the carbon flooring bond is going to break like in and attack that carbon. And then the the carbon flooring bond is going to break like that then the the carbon flooring bond is going to break like that. And then the the carbon flooring bond is going to break like that. And so then the the carbon flooring bond is going to break like that. And so that's
16:55
then the the carbon flooring bond is going to break like that. And so that's going to bond is going to break like that. And so that's going to give bond is going to break like that. And so that's going to give us bond is going to break like that. And so that's going to give us our bond is going to break like that. And so that's going to give us our products bond is going to break like that. And so that's going to give us our products here
17:04
bond is going to break like that. And so that's going to give us our products here so that. And so that's going to give us our products here so that's that. And so that's going to give us our products here so that's going that. And so that's going to give us our products here so that's going to that. And so that's going to give us our products here so that's going to be that. And so that's going to give us our products here so that's going to be. Oh
17:14
that. And so that's going to give us our products here so that's going to be. Oh on that that. And so that's going to give us our products here so that's going to be. Oh on give us our products here so that's going to be. Oh on that side our products here so that's going to be. Oh on that side attached to our products here so that's going to be. Oh on that side attached to a our products here so that's going to be. Oh on that side attached to a carbon like
17:23
our products here so that's going to be. Oh on that side attached to a carbon our products here so that's going to be. Oh on that side attached to a carbon like that going to be. Oh on that side attached to a carbon like that. Plus going to be. Oh on that side attached to a carbon like that. Plus what going to be. Oh on that side attached to a carbon like that. Plus what left going to be. Oh on that side attached to a carbon like that. Plus what left. The
17:33
going to be. Oh on that side attached to a carbon like that. Plus what left. The Chlor going to be. Oh on that side attached to a carbon like that. Plus what left. The CHL going to be. Oh on that side attached to a carbon like that. Plus what left. The chlorine going to be. Oh on that side attached to a carbon like that. Plus what left. The going to be. Oh on that side attached to a carbon like that. Plus what left. The chlorine attached to a carbon like that. Plus what left. The chlorine atom
17:43
Oh on that side attached to a carbon like that. Plus what left. The chlorine atom. Is Oh on that side attached to a carbon like that. Plus what left. The chlorine atom. Is now Oh on that side attached to a carbon like that. Plus what left. The chlorine atom. Is no carbon like that. Plus what left. The chlorine atom. Is now a Oh on that side attached to a carbon like that. Plus what left. The chlorine atom. Is carbon like that. Plus what left. The chlorine atom. Is now a
17:52
carbon like that. Plus what left. The chlorine atom. Is now a chloride carbon like that. Plus what left. The chlorine atom. Is now a fluoride carbon like that. Plus what left. The chlorine atom. Is now a fluoride. And carbon like that. Plus what left. The chlorine atom. Is now a fluoride. And that carbon like that. Plus what left. The chlorine atom. Is now a fluoride. And carbon like that. Plus what left. The chlorine atom. Is now a fluoride. And that
18:02
carbon like that. Plus what left. The chlorine atom. Is now a fluoride. And that has carbon like that. Plus what left. The chlorine atom. Is now a fluoride. And that has three left. The chlorine atom. Is now a fluoride. And that has three lone left. The chlorine atom. Is now a fluoride. And that has three lone pairs left. The chlorine atom. Is now a fluoride. And that has three lone pairs already atom. Is now a fluoride. And that has three lone pairs already now
18:11
atom. Is now a fluoride. And that has three lone pairs already now you can atom. Is now a fluoride. And that has three lone pairs already now you fluoride. And that has three lone pairs already now you can see over atom. Is now a fluoride. And that has three lone pairs already now you can see fluoride. And that has three lone pairs already now you can see over here fluoride. And that has three lone pairs already now you can see over here as
18:20
fluoride. And that has three lone pairs already now you can see over here as for fluoride. And that has three lone pairs already now you can see over here as for lone three lone pairs already now you can see over here as for lone Pairs three lone pairs already now you can see over here as for lone Pairs and three lone pairs already now you can see over here as for lone Pairs and a three lone pairs already now you can see over here as for lone Pairs and a formal
18:30
already now you can see over here as for lone Pairs and a formal charge already now you can see over here as for lone Pairs and a formal charge of already now you can see over here as for lone Pairs and a formal charge of negative already now you can see over here as for lone Pairs and a formal charge of negative 1 already now you can see over here as for lone Pairs and a formal charge of negative 1. So here as for lone Pairs and a formal charge of negative 1. So you
18:39
here as for lone Pairs and a formal charge of negative 1. So you could have here as for lone Pairs and a formal charge of negative 1. So you could already now you can see over here as for lone Pairs and a formal charge of negative 1. So here as for lone Pairs and a formal charge of negative 1. So you here as for lone Pairs and a formal charge of negative 1. So you could here as for lone Pairs and a formal charge of negative 1. So you could have
18:48
here as for lone Pairs and a formal charge of negative 1. So you could have taken here as for lone Pairs and a formal charge of negative 1. So you could have taken the here as for lone Pairs and a formal charge of negative 1. So you could have taken the same formal charge of negative 1. So you could have taken the same idea formal charge of negative 1. So you could have taken the same idea here formal charge of negative 1. So you could have taken the same idea here. So
18:58
formal charge of negative 1. So you could have taken the same idea here. So there's formal charge of negative 1. So you could have taken the same idea here. So formal charge of negative 1. So you could have taken the same idea here. So there's formal charge of negative 1. So you could have taken the same idea here. So there's nothing you could have taken the same idea here. So there's nothing nothing you could have taken the same idea here. So there's nothing nothing different
19:08
you could have taken the same idea here. So there's nothing nothing different here you could have taken the same idea here. So there's nothing nothing different here it you could have taken the same idea here. So there's nothing nothing different here it just idea here. So there's nothing nothing different here it just back idea here. So there's nothing nothing different here it just back it idea here. So there's nothing nothing different here it just back it comes
19:18
idea here. So there's nothing nothing different here it just back it comes in idea here. So there's nothing different here it just back it comes in idea here. So there's nothing different here it just back it comes in. Leaving idea here. So there's nothing different here it just back it comes in. Leaving group idea here. So there's nothing different here it just back it comes in. Leaving group please idea here. So there's nothing different here it just back it comes in. Leaving
19:28
idea here. So there's nothing different here it just back it comes in. Leaving group idea here. So there's nothing different here it just back it comes in. Leaving group please different here it just back it comes in. Leaving group please like different here it just back it comes in. Leaving group please like that different here it just back it comes in. Leaving group please like that. So here it just back it comes in. Leaving group please like that. So we
19:37
here it just back it comes in. Leaving group please like that. So we would here it just back it comes in. Leaving group please like that. So we would have here it just back it comes in. Leaving group please like that. So here it just back it comes in. Leaving group please like that. So we here it just back it comes in. Leaving group please like that. So we would here it just back it comes in. Leaving group please like that. So we would have
19:46
here it just back it comes in. Leaving group please like that. So we would have. Ch here it just back it comes in. Leaving group please like that. So we would have. Ch3 here it just back it comes in. Leaving group please like that. So we would have. Ch3 plus here it just back it comes in. Leaving group please like that. So we would have. Ch3 plus a Leaving group please like that. So we would have. Ch3 plus a negatively
19:55
Leaving group please like that. So we would have. Ch3 plus a negatively charged Leaving group please like that. So we would have. Ch3 plus a negatively charged. Leaving So we would have. Ch3 plus a negatively charged. Leaving group Leaving group please like that. So we would have. Ch3 plus a negatively charged. Leaving So we would have. Ch3 plus a negatively charged. Leaving group So we would have. Ch3 plus a negatively charged. Leaving group. So
20:04
So we would have. Ch3 plus a negatively charged. Leaving group. So So we would have. Ch3 plus a negatively charged. Leaving group. So with So we would have. Ch3 plus a negatively charged. Leaving group. So with So we would have. Ch3 plus a negatively charged. Leaving group. So with sn2 So we would have. Ch3 plus a negatively charged. Leaving group. So with sn2 reactions So we would have. Ch3 plus a negatively charged. Leaving group. So with sn2 reactions in
20:13
Ch3 plus a negatively charged. Leaving group. So with sn2 reactions in other Ch3 plus a negatively charged. Leaving group. So with sn2 reactions in other videos Ch3 plus a negatively charged. Leaving group. So with sn2 reactions in other videos we Ch3 plus a negatively charged. Leaving group. So with sn2 reactions in other videos we can Leaving group. So with sn2 reactions in other videos we can go Leaving group. So with sn2 reactions in other videos we can go into
20:22
Leaving group. So with sn2 reactions in other videos we can go into more Leaving group. So with sn2 reactions in other videos we can go into more detail Leaving group. So with sn2 reactions in other videos we can go into more detail about Leaving group. So with sn2 reactions in other videos we can go into more detail about this reactions in other videos we can go into more detail about this mechanistic videos we can go into more detail about this mechanistic approach
20:32
videos we can go into more detail about this mechanistic approach but videos we can go into more detail about this mechanistic approach but I'm not videos we can go into more detail about this mechanistic approach but I'm not going to do videos we can go into more detail about this mechanistic approach but I'm not going to detail about this mechanistic approach but I'm not going to do that detail about this mechanistic approach but I'm not going to do that in
20:42
detail about this mechanistic approach but I'm not going to do that in this detail about this mechanistic approach but I'm not going to do that in this video detail about this mechanistic approach but I'm not going to do that in this video This is detail about this mechanistic approach but I'm not going to do that in this video This detail about this mechanistic approach but I'm not going to do that in this video This is the
20:51
detail about this mechanistic approach but I'm not going to do that in this video this is the approach but I'm not going to do that in this video this is the the approach but I'm not going to do that in this video this is the The approach but I'm not going to do that in this video this is the The Bare approach but I'm not going to do that in this video this is the The Bare Bones approach but I'm not going to do that in this video this is the the bare bones
21:00
approach but I'm not going to do that in this video this is the the bare bones of approach but I'm not going to do that in this video this is the the bare bones of a approach but I'm not going to do that in this video this is the the bare bones of a sn2 that in this video this is the the bare bones of a sn2 mechanism The The next The The next The next Elementary The next Elementary step The next Elementary step is The next Elementary step is called The next Elementary step is called a
21:10
The next Elementary step is called a proton The next Elementary step is called a proton transfer
21:13
The next Elementary step is called a proton transfer and The next Elementary step is called a proton transfer and a The next Elementary step is called a proton transfer and a proton The next Elementary step is called a proton transfer and a proton is The next Elementary step is called a proton transfer and a proton is a The next Elementary step is called a proton transfer and a proton is a hydrogen The next Elementary step is called a proton transfer and a proton is a hydrogen atom
21:23
The next Elementary step is called a proton transfer and a proton is a hydrogen atom. And called a proton transfer and a proton is a hydrogen atom. And it called a proton transfer and a proton is a hydrogen atom. And it just called a proton transfer and a proton is a hydrogen atom. And it just like called a proton transfer and a proton is a hydrogen atom. And it just like in called a proton transfer and a proton is a hydrogen atom. And it just like in the
21:33
called a proton transfer and a proton is a hydrogen atom. And it just like in the name called a proton transfer and a proton is a hydrogen atom. And it just like in the name proton proton is a hydrogen atom. And it just like in the name proton transfer proton is a hydrogen atom. And it just like in the name proton transfer so proton is a hydrogen atom. And it just like in the name proton transfer so we proton is a hydrogen atom. And it just like in the name proton transfer so we are
21:42
proton is a hydrogen atom. And it just like in the name proton transfer so we are moving proton is a hydrogen atom. And it just like in the name proton transfer so we are moving a it just like in the name proton transfer so we are moving a proton it just like in the name proton transfer so we are moving a proton in it just like in the name proton transfer so we are moving a proton in molecules it just like in the name proton transfer so we are moving a proton in molecules. So
21:52
it just like in the name proton transfer so we are moving a proton in molecules. So let's it just like in the name proton transfer so we are moving a proton in molecules. So it just like in the name proton transfer so we are moving a proton in molecules. So let's proton transfer so we are moving a proton in molecules. So let's take proton transfer so we are moving a proton in molecules. So let's take a proton transfer so we are moving a proton in molecules. So let's take a look
22:02
proton transfer so we are moving a proton in molecules. So let's take a look at proton transfer so we are moving a proton in molecules. So let's take a look at. We proton transfer so we are moving a proton in molecules. So let's take a look at. We already proton transfer so we are moving a proton in molecules. So let's take a look at. We proton transfer so we are moving a proton in molecules. So let's take a look at. We already a proton in molecules. So let's take a look at. We already looked
22:12
a proton in molecules. So let's take a look at. We already looked at a proton in molecules. So let's take a look at. We already looked at hydroxide a proton in molecules. So let's take a look at. We already looked at hydroxide. What a proton in molecules. So let's take a look at. We already looked at hydroxide. What we take a look at. We already looked at hydroxide. What we took take a look at. We already looked at hydroxide. What we took hyd
22:21
a proton in molecules. So let's take a look at. We already looked at hydroxide. What a proton in molecules. So let's take a look at. We already looked at hydroxide. What we take a look at. We already looked at hydroxide. What we took take a look at. We already looked at hydroxide. What we took hydroxide take a look at. We already looked at hydroxide. What we took hydroxide and take a look at. We already looked at hydroxide. What we took hydroxide and treated
22:31
take a look at. We already looked at hydroxide. What we took hydroxide and treated it already looked at hydroxide. What we took hydroxide and treated it with already looked at hydroxide. What we took hydroxide and treated it with hydrochloric What we took hydroxide and treated it with hydrochloric acid What we took hydroxide and treated it with hydrochloric acid. The What we took hydroxide and treated it with hydrochloric acid. The prot
22:39
What we took hydroxide and treated it with hydrochloric acid. The What we took hydroxide and treated it with hydrochloric acid. The proton What we took hydroxide and treated it with hydrochloric acid. The proton What we took hydroxide and treated it with hydrochloric acid. The proton. The proton treated it with hydrochloric acid. The proton. The proton transfer treated it with hydrochloric acid. The proton. The proton transfer mechanism
22:48
treated it with hydrochloric acid. The proton. The proton transfer mechanism is treated it with hydrochloric acid. The proton. The proton transfer mechanism is where treated it with hydrochloric acid. The proton. The proton transfer mechanism is where this acid. The proton. The proton transfer mechanism is where this electron-rich acid. The proton. The proton transfer mechanism is where this electron treated it with hydrochloric acid. The proton. The proton transfer mechanism is where this
22:58
acid. The proton. The proton transfer mechanism is where this electron-rich acid. The proton. The proton transfer mechanism is where this electron-rich species acid. The proton. The proton transfer mechanism is where this electron-rich species. It acid. The proton. The proton transfer mechanism is where this electron-rich species. It was acid. The proton. The proton transfer mechanism is where this electron-rich species. It was a
23:07
acid. The proton. The proton transfer mechanism is where this electron-rich species. It acid. The proton. The proton transfer mechanism is where this electron-rich species. It was acid. The proton. The proton transfer mechanism is where this electron-rich species. It was a transfer mechanism is where this electron-rich species. It was a it transfer mechanism is where this electron-rich species. It was a it was mechanism is where this electron-rich species. It was a it was called
23:16
mechanism is where this electron-rich species. It was a it was called a where this electron-rich species. It was a it was called a nucleophile where this electron-rich species. It was a it was called a nucleophile. In where this electron-rich species. It was a it was called a nucleophile. In the where this electron-rich species. It was a it was called a nucleophile. In where this electron-rich species. It was a it was called a nucleophile. In the
23:26
where this electron-rich species. It was a it was called a nucleophile. In the sn2 where this electron-rich species. It was a it was called a nucleophile. In the sn2. But species. It was a it was called a nucleophile. In the sn2. But now where this electron-rich species. It was a it was called a nucleophile. In the sn2. But species. It was a it was called a nucleophile. In the sn2. But now species. It was a it was called a nucleophile. In the sn2. But now it
23:35
species. It was a it was called a nucleophile. In the sn2. But now it is still species. It was a it was called a nucleophile. In the sn2. But now it is species. It was a it was called a nucleophile. In the sn2. But now it is still electron species. It was a it was called a nucleophile. In the sn2. But now it is still species. It was a it was called a nucleophile. In the sn2. But now it is still electron species. It was a it was called a nucleophile. In the sn2. But now it is still electron Rich
23:45
a nucleophile. In the sn2. But now it is still electron Rich electron nucleophile. In the sn2. But now it is still electron Rich electron Rich nucleophile. In the sn2. But now it is still electron Rich electron Rich because nucleophile. In the sn2. But now it is still electron Rich electron Rich because that's nucleophile. In the sn2. But now it is still electron Rich electron Rich because that's a it is still electron Rich electron Rich because that's a negative
23:55
it is still electron Rich electron Rich because that's a negative charge electron Rich electron Rich because that's a negative charge. But electron Rich electron Rich because that's a negative charge. But the electron Rich electron Rich because that's a negative charge. But electron Rich electron Rich because that's a negative charge. But the electron Rich electron Rich because that's a negative charge. But the way Rich electron Rich because that's a negative charge. But the way it's
24:05
Rich electron Rich because that's a negative charge. But the way it's going Rich electron Rich because that's a negative charge. But the way it's going to Rich electron Rich because that's a negative charge. But the way it's going to react Rich electron Rich because that's a negative charge. But the way it's going to react now that's a negative charge. But the way it's going to react now makes that's a negative charge. But the way it's going to react now makes this
24:15
that's a negative charge. But the way it's going to react now makes this a that's a negative charge. But the way it's going to react now makes this a base that's a negative charge. But the way it's going to react now makes this a base. Now that's a negative charge. But the way it's going to react now makes this a base. Now look that's a negative charge. But the way it's going to react now makes this a base. Now look at the way it's going to react now makes this a base. Now look at the
24:26
that's a negative charge. But the way it's going to react now makes this a base. Now that's a negative charge. But the way it's going to react now makes this a base. Now look that's a negative charge. But the way it's going to react now makes this a base. Now look at the way it's going to react now makes this a base. Now look at the the way it's going to react now makes this a base. Now look at the difference the way it's going to react now makes this a base. Now look at the difference here
24:36
the way it's going to react now makes this a base. Now look at the difference here between now makes this a base. Now look at the difference here between an now makes this a base. Now look at the difference here between an sn2 now makes this a base. Now look at the difference here between an sn2 and now makes this a base. Now look at the difference here between an sn2 and a now makes this a base. Now look at the difference here between an sn2 and a proton
24:45
now makes this a base. Now look at the difference here between an sn2 and a proton transfer at the difference here between an sn2 and a proton transfer we're at the difference here between an sn2 and a proton transfer we're going at the difference here between an sn2 and a proton transfer we're going to take at the difference here between an sn2 and a proton transfer we're going to at the difference here between an sn2 and a proton transfer we're going to take a
24:55
at the difference here between an sn2 and a proton transfer we're going to take a lone between an sn2 and a proton transfer we're going to take a lone pair between an sn2 and a proton transfer we're going to take a lone pair it between an sn2 and a proton transfer we're going to take a lone pair it doesn't between an sn2 and a proton transfer we're going to take a lone pair it doesn't matter transfer we're going to take a lone pair it doesn't matter which
25:04
transfer we're going to take a lone pair it doesn't matter which. It transfer we're going to take a lone pair it doesn't matter which. It comes transfer we're going to take a lone pair it doesn't matter which. It transfer we're going to take a lone pair it doesn't matter which. It comes transfer we're going to take a lone pair it doesn't matter which. It comes extract that lone pair it doesn't matter which. It comes extract that proton
25:14
lone pair it doesn't matter which. It comes extract that proton. And lone pair it doesn't matter which. It comes extract that proton. And then lone pair it doesn't matter which. It comes extract that proton. And then it's lone pair it doesn't matter which. It comes extract that proton. And lone pair it doesn't matter which. It comes extract that proton. And then lone pair it doesn't matter which. It comes extract that proton. And then it's
25:23
lone pair it doesn't matter which. It comes extract that proton. And then it's going lone pair it doesn't matter which. It comes extract that proton. And then it's going to which. It comes extract that proton. And then it's going to break which. It comes extract that proton. And then it's going to break the which. It comes extract that proton. And then it's going to break the hydrogen which. It comes extract that proton. And then it's going to break the hydrogen chlorine
25:33
which. It comes extract that proton. And then it's going to break the hydrogen chlorine bond proton. And then it's going to break the hydrogen chlorine bond let's And then it's going to break the hydrogen chlorine bond let's make sure And then it's going to break the hydrogen chlorine bond let's make sure we And then it's going to break the hydrogen chlorine bond let's make sure we get And then it's going to break the hydrogen chlorine bond let's make sure we get the
25:43
And then it's going to break the hydrogen chlorine bond let's make sure we get the lone And then it's going to break the hydrogen chlorine bond let's make sure we get the lone pairs hydrogen chlorine bond let's make sure we get the lone pairs on hydrogen chlorine bond let's make sure we get the lone pairs on this hydrogen chlorine bond let's make sure we get the lone pairs on this chlorine hydrogen chlorine bond let's make sure we get the lone pairs on this chlorine. Right
25:53
hydrogen chlorine bond let's make sure we get the lone pairs on this chlorine. Right there hydrogen chlorine bond let's make sure we get the lone pairs on this chlorine. Right hydrogen chlorine bond let's make sure we get the lone pairs on this chlorine. Right there make sure we get the lone pairs on this chlorine. Right there. And make sure we get the lone pairs on this chlorine. Right there. And so make sure we get the lone pairs on this chlorine. Right there. And so the
26:03
make sure we get the lone pairs on this chlorine. Right there. And make sure we get the lone pairs on this chlorine. Right there. And so make sure we get the lone pairs on this chlorine. Right there. And so the make sure we get the lone pairs on this chlorine. Right there. And so the two make sure we get the lone pairs on this chlorine. Right there. And so the two electrons make sure we get the lone pairs on this chlorine. Right there. And so the two electrons in
26:12
make sure we get the lone pairs on this chlorine. Right there. And so the two electrons in this on this chlorine. Right there. And so the two electrons in this hydrogen on this chlorine. Right there. And so the two electrons in this hydrogen chlorine on this chlorine. Right there. And so the two electrons in this hydrogen chlorine bond on this chlorine. Right there. And so the two electrons in this hydrogen chlorine bond are
26:21
on this chlorine. Right there. And so the two electrons in this hydrogen chlorine bond are going And so the two electrons in this hydrogen chlorine bond are going to And so the two electrons in this hydrogen chlorine bond are going to break And so the two electrons in this hydrogen chlorine bond are going to break and And so the two electrons in this hydrogen chlorine bond are going to break and go electrons in this hydrogen chlorine bond are going to break and go on
26:30
electrons in this hydrogen chlorine bond are going to break and go on to electrons in this hydrogen chlorine bond are going to break and go on to the hydrogen chlorine bond are going to break and go on to the chlorine hydrogen chlorine bond are going to break and go on to the chlorine. So hydrogen chlorine bond are going to break and go on to the chlorine. So what hydrogen chlorine bond are going to break and go on to the chlorine. So what we
26:39
hydrogen chlorine bond are going to break and go on to the chlorine. So what we have hydrogen chlorine bond are going to break and go on to the chlorine. So hydrogen chlorine bond are going to break and go on to the chlorine. So what hydrogen chlorine bond are going to break and go on to the chlorine. So what we hydrogen chlorine bond are going to break and go on to the chlorine. So what we have hydrogen chlorine bond are going to break and go on to the chlorine. So what we have is
26:49
hydrogen chlorine bond are going to break and go on to the chlorine. So what we have is the to break and go on to the chlorine. So what we have is the chloride to break and go on to the chlorine. So what we have is the chloride. Or to break and go on to the chlorine. So what we have is the chloride. Or the to break and go on to the chlorine. So what we have is the chloride. Or the CHL to break and go on to the chlorine. So what we have is the chloride. Or the Chlor
26:58
to break and go on to the chlorine. So what we have is the chloride. Or to break and go on to the chlorine. So what we have is the chloride. Or the to break and go on to the chlorine. So what we have is the chloride. Or the chlorine to break and go on to the chlorine. So what we have is the chloride. Or the chlorine turns chlorine. So what we have is the chloride. Or the chlorine turns into chlorine. So what we have is the chloride. Or the chlorine turns into a
27:08
chlorine. So what we have is the chloride. Or the chlorine turns into a chloride chlorine. So what we have is the chloride. Or the chlorine turns into a chloride because chlorine. So what we have is the chloride. Or the chlorine turns into a chloride because now chlorine. So what we have is the chloride. Or the chlorine turns into a chloride because now it chloride. Or the chlorine turns into a chloride because now it has chloride. Or the chlorine turns into a chloride because now it has four
27:17
Or the chlorine turns into a chloride because now it has four lone Or the chlorine turns into a chloride because now it has four lone Pairs Or the chlorine turns into a chloride because now it has four lone Pairs and Or the chlorine turns into a chloride because now it has four lone Pairs and a Or the chlorine turns into a chloride because now it has four lone Pairs and a negative Or the chlorine turns into a chloride because now it has four lone Pairs and a negative charge
27:27
chloride because now it has four lone Pairs and a negative charge. Plus chloride because now it has four lone Pairs and a negative charge. Plus this chloride because now it has four lone Pairs and a negative charge. Plus this 08 right chloride because now it has four lone Pairs and a negative charge. Plus this 08 right here lone Pairs and a negative charge. Plus this 08 right here. Used lone Pairs and a negative charge. Plus this 08 right here. Used this
27:36
lone Pairs and a negative charge. Plus this 08 right here. Used this lone lone Pairs and a negative charge. Plus this 08 right here. Used this lone pair lone Pairs and a negative charge. Plus this 08 right here. Used this lone pair right lone Pairs and a negative charge. Plus this 08 right here. Used this lone pair right here charge. Plus this 08 right here. Used this lone pair right here to charge. Plus this 08 right here. Used this lone pair right here to form
27:46
charge. Plus this 08 right here. Used this lone pair right here to form a charge. Plus this 08 right here. Used this lone pair right here to form a bond charge. Plus this 08 right here. Used this lone pair right here to form a bond with charge. Plus this 08 right here. Used this lone pair right here to form a bond with this Used this lone pair right here to form a bond with this hydrogen Used this lone pair right here to form a bond with this hydrogen atom
27:55
this lone pair right here to form a bond with this hydrogen atom so this lone pair right here to form a bond with this hydrogen atom so I this lone pair right here to form a bond with this hydrogen atom so I draw this lone pair right here to form a bond with this hydrogen atom so I draw a this lone pair right here to form a bond with this hydrogen atom so I draw a bond this lone pair right here to form a bond with this hydrogen atom so I draw a bond like
28:04
to form a bond with this hydrogen atom so I draw a bond like that to form a bond with this hydrogen atom so I draw a bond like that to to form a bond with this hydrogen atom so I draw a bond like that to represent to form a bond with this hydrogen atom so I draw a bond like that to represent. That to form a bond with this hydrogen atom so I draw a bond like that to represent. That l to form a bond with this hydrogen atom so I draw a bond like that to represent. That
28:13
hydrogen atom so I draw a bond like that to represent. That lone hydrogen atom so I draw a bond like that to represent. That lone hydrogen atom so I draw a bond like that to represent. That lone pair hydrogen atom so I draw a bond like that to represent. That lone pair is hydrogen atom so I draw a bond like that to represent. That lone pair is now hydrogen atom so I draw a bond like that to represent. That lone pair is now there
28:23
hydrogen atom so I draw a bond like that to represent. That lone pair is now there and like that to represent. That lone pair is now there and forming like that to represent. That lone pair is now there and forming that like that to represent. That lone pair is now there and forming that covalent like that to represent. That lone pair is now there and forming that covalent bond like that to represent. That lone pair is now there and forming that covalent bond with
28:32
lone pair is now there and forming that covalent bond with that lone pair is now there and forming that covalent bond with that hydrogen lone pair is now there and forming that covalent bond with that hydrogen atom lone pair is now there and forming that covalent bond with that hydrogen atom. So we lone pair is now there and forming that covalent bond with that hydrogen atom. So lone pair is now there and forming that covalent bond with that hydrogen atom. So we could
28:41
forming that covalent bond with that hydrogen atom. So we could take lone pair is now there and forming that covalent bond with that hydrogen atom. So lone pair is now there and forming that covalent bond with that hydrogen atom. So we lone pair is now there and forming that covalent bond with that hydrogen atom. So we could forming that covalent bond with that hydrogen atom. So we could take forming that covalent bond with that hydrogen atom. So we could take this
28:51
forming that covalent bond with that hydrogen atom. So we could take this molecule forming that covalent bond with that hydrogen atom. So we could take this molecule and forming that covalent bond with that hydrogen atom. So we could take this molecule and represent that hydrogen atom. So we could take this molecule and represent it that hydrogen atom. So we could take this molecule and represent it like that hydrogen atom. So we could take this molecule and represent it like this
29:01
that hydrogen atom. So we could take this molecule and represent it like this because that hydrogen atom. So we could take this molecule and represent it like this because it's that hydrogen atom. So we could take this molecule and represent it like this because it's just take this molecule and represent it like this because it's just water take this molecule and represent it like this because it's just water. I take this molecule and represent it like this because it's just water. I could
29:11
take this molecule and represent it like this because it's just water. I could have take this molecule and represent it like this because it's just water. I take this molecule and represent it like this because it's just water. I could take this molecule and represent it like this because it's just water. I could have and represent it like this because it's just water. I could have drawn and represent it like this because it's just water. I could have drawn it
29:20
and represent it like this because it's just water. I could have drawn it like and represent it like this because it's just water. I could have drawn it like this and represent it like this because it's just water. I could have drawn it like this. But and represent it like this because it's just water. I could have drawn it like this. But it because it's just water. I could have drawn it like this. But it doesn't
29:29
and represent it like this because it's just water. I could have drawn it like this. But and represent it like this because it's just water. I could have drawn it like this. But it because it's just water. I could have drawn it like this. But it doesn't because it's just water. I could have drawn it like this. But it doesn't really because it's just water. I could have drawn it like this. But it doesn't really matter
29:38
because it's just water. I could have drawn it like this. But it doesn't really matter which have drawn it like this. But it doesn't really matter which form that because it's just water. I could have drawn it like this. But it doesn't really matter which form have drawn it like this. But it doesn't really matter which form that you have drawn it like this. But it doesn't really matter which form that you draw have drawn it like this. But it doesn't really matter which form that you draw I'm
29:48
have drawn it like this. But it doesn't really matter which form that you draw I'm just But it doesn't really matter which form that you draw I'm just highlighting But it doesn't really matter which form that you draw I'm just highlighting the But it doesn't really matter which form that you draw I'm just highlighting the fact But it doesn't really matter which form that you draw I'm just highlighting the fact that which form that you draw I'm just highlighting the fact that this
29:58
which form that you draw I'm just highlighting the fact that this little which form that you draw I'm just highlighting the fact that this little pair which form that you draw I'm just highlighting the fact that this little pair is which form that you draw I'm just highlighting the fact that this little pair is now which form that you draw I'm just highlighting the fact that this little pair is now been just highlighting the fact that this little pair is now been turned
30:08
just highlighting the fact that this little pair is now been turned into just highlighting the fact that this little pair is now been turned into a just highlighting the fact that this little pair is now been turned into a covalent just highlighting the fact that this little pair is now been turned into a covalent bond just highlighting the fact that this little pair is now been turned into a covalent bond. And this little pair is now been turned into a covalent bond. And that
30:18
this little pair is now been turned into a covalent bond. And that is just highlighting the fact that this little pair is now been turned into a covalent bond. And this little pair is now been turned into a covalent bond. And that this little pair is now been turned into a covalent bond. And that is this little pair is now been turned into a covalent bond. And that is a this little pair is now been turned into a covalent bond. And that is a. Prot
30:27
this little pair is now been turned into a covalent bond. And that is a. Proton this little pair is now been turned into a covalent bond. And that is a. Proton trans this little pair is now been turned into a covalent bond. And that is a. Proton transfer this little pair is now been turned into a covalent bond. And that is a. Proton this little pair is now been turned into a covalent bond. And that is a. Proton transfer me
30:36
this little pair is now been turned into a covalent bond. And that is a. Proton transfer turned into a covalent bond. And that is a. Proton transfer mechanism turned into a covalent bond. And that is a. Proton transfer mechanism so turned into a covalent bond. And that is a. Proton transfer mechanism so. I turned into a covalent bond. And that is a. Proton transfer mechanism so. I ident turned into a covalent bond. And that is a. Proton transfer mechanism so. I identified
30:45
turned into a covalent bond. And that is a. Proton transfer mechanism so. I turned into a covalent bond. And that is a. Proton transfer mechanism so. I identified turned into a covalent bond. And that is a. Proton transfer mechanism so. I identified this that is a. Proton transfer mechanism so. I identified this as that is a. Proton transfer mechanism so. I identified this as our that is a. Proton transfer mechanism so. I identified this as our base
30:54
that is a. Proton transfer mechanism so. I identified this as our base it's that is a. Proton transfer mechanism so. I identified this as our base it's electron that is a. Proton transfer mechanism so. I identified this as our base it's electron Rich mechanism so. I identified this as our base it's electron Rich it's mechanism so. I identified this as our base it's electron Rich it's a mechanism so. I identified this as our base it's electron Rich it's a base
31:04
mechanism so. I identified this as our base it's electron Rich it's a base so identified this as our base it's electron Rich it's a base so what identified this as our base it's electron Rich it's a base so what is this identified this as our base it's electron Rich it's a base so what is identified this as our base it's electron Rich it's a base so what is this species identified this as our base it's electron Rich it's a base so what is this species this
31:15
identified this as our base it's electron Rich it's a base so what is this species this one it's electron Rich it's a base so what is this species this one is it's electron Rich it's a base so what is this species this one is this it's electron Rich it's a base so what is this species this one is this hydrogen it's electron Rich it's a base so what is this species this one is this hydrogen atom it's electron Rich it's a base so what is this species this one is this hydrogen atom is
31:24
so what is this species this one is this hydrogen atom is going to it's electron Rich it's a base so what is this species this one is this hydrogen atom is going so what is this species this one is this hydrogen atom is going to be so what is this species this one is this hydrogen atom is going to be partially so what is this species this one is this hydrogen atom is going to be partially positive so what is this species this one is this hydrogen atom is going to be partially positive so
31:34
is this hydrogen atom is going to be partially positive so electron is this hydrogen atom is going to be partially positive so electron poor is this hydrogen atom is going to be partially positive so electron poor. And is this hydrogen atom is going to be partially positive so electron poor. And that is this hydrogen atom is going to be partially positive so electron poor. And that would be is this hydrogen atom is going to be partially positive so electron poor. And
31:44
is this hydrogen atom is going to be partially positive so electron poor. And that is this hydrogen atom is going to be partially positive so electron poor. And that would be to be partially positive so electron poor. And that would be our to be partially positive so electron poor. And that would be our electrophile to be partially positive so electron poor. And that would be our electrophile. With to be partially positive so electron poor. And that would be our electrophile. With these
31:54
to be partially positive so electron poor. And that would be our electrophile. With these two electron poor. And that would be our electrophile. With these two Mech to be partially positive so electron poor. And that would be our electrophile. With to be partially positive so electron poor. And that would be our electrophile. With these to be partially positive so electron poor. And that would be our electrophile. With these two
32:02
electron poor. And that would be our electrophile. With these two mechanisms electron poor. And that would be our electrophile. With these two mechanisms do you electron poor. And that would be our electrophile. With these two mechanisms do you see electron poor. And that would be our electrophile. With these two mechanisms do you see how electron poor. And that would be our electrophile. With these two mechanisms do you see how it's
32:11
our electrophile. With these two mechanisms do you see how it's electron our electrophile. With these two mechanisms do you see how it's electron rich our electrophile. With these two mechanisms do you see how it's electron Rich electrophile. With these two mechanisms do you see how it's electron Rich attacking electrophile. With these two mechanisms do you see how it's electron Rich attacking electron mechanisms do you see how it's electron Rich attacking electron species
32:21
mechanisms do you see how it's electron Rich attacking electron species so mechanisms do you see how it's electron Rich attacking electron species so if see how it's electron Rich attacking electron species so if you're see how it's electron Rich attacking electron species so if you're able see how it's electron Rich attacking electron species so if you're able to see how it's electron Rich attacking electron species so if you're able to. If
32:31
see how it's electron Rich attacking electron species so if you're able to. If you see how it's electron Rich attacking electron species so if you're able to. If you get see how it's electron Rich attacking electron species so if you're able to. If see how it's electron Rich attacking electron species so if you're able to. If you get see how it's electron Rich attacking electron species so if you're able to. If you
32:39
see how it's electron Rich attacking electron species so if you're able to. If you get into attacking electron species so if you're able to. If you get into a attacking electron species so if you're able to. If you get into a situation attacking electron species so if you're able to. If you get into a situation where you're able to. If you get into a situation where like I don't really attacking electron species so if you're able to. If you get into a situation where like I don't
32:49
you're able to. If you get into a situation where like I don't really know you're able to. If you get into a situation where like I don't really know what you're able to. If you get into a situation where like I don't really know what to do you're able to. If you get into a situation where like I don't really know what to do or a situation where like I don't really know what to do or I don't a situation where like I don't really know what to do or I don't know
32:59
a situation where like I don't really know what to do or I don't know all these where like I don't really know what to do or I don't know all these molecules where like I don't really know what to do or I don't know all these molecules are where like I don't really know what to do or I don't know all these molecules are going where like I don't really know what to do or I don't know all these molecules are going to what to do or I don't know all these molecules are going to react
33:10
where I don't really know what to do or I don't know all these molecules are going to react to do or I don't know all these molecules are going to react. For to do or I don't know all these molecules are going to react. For a lot to do or I don't know all these molecules are going to react. For a lot of to do or I don't know all these molecules are going to react. For a lot of re to do or I don't know all these molecules are going to react. For
33:19
to do or I don't know all these molecules are going to react. For a lot to do or I don't know all these molecules are going to react. For a lot of to do or I don't know all these molecules are going to react. For a lot of reactions to do or I don't know all these molecules are going to react. For a lot of reactions if to do or I don't know all these molecules are going to react. For a lot of reactions if you molecules are going to react. For a lot of reactions if you can
33:29
molecules are going to react. For a lot of reactions if you can identify molecules are going to react. For a lot of reactions if you can identify the molecules are going to react. For a lot of reactions if you can identify the electron molecules are going to react. For a lot of reactions if you can identify the electron Rich For a lot of reactions if you can identify the electron Rich species For a lot of reactions if you can identify the electron Rich species and
33:38
For a lot of reactions if you can identify the electron Rich species and the For a lot of reactions if you can identify the electron Rich species and the electron For a lot of reactions if you can identify the electron Rich species and the electron pore can identify the electron Rich species and the electron pore species can identify the electron Rich species and the electron pore species then can identify the electron Rich species and the electron pore species then you
33:48
can identify the electron Rich species and the electron pore species then you know can identify the electron Rich species and the electron pore species then you know those can identify the electron Rich species and the electron pore species then you know those are species and the electron pore species then you know those are going to species and the electron pore species then you know those are going to react species and the electron pore species then you know those are going to react like
33:58
species and the electron pore species then you know those are going to react like we've been species and the electron pore species then you know those are going to react like we've species then you know those are going to react like we've been discussing species then you know those are going to react like we've been discussing and species then you know those are going to react like we've been discussing and that
34:07
species then you know those are going to react like we've been discussing and that can get species then you know those are going to react like we've been discussing and that can species then you know those are going to react like we've been discussing and that can get you going to react like we've been discussing and that can get you started going to react like we've been discussing and that can get you started if going to react like we've been discussing and that can get you started if you
34:17
going to react like we've been discussing and that can get you started if you encounter going to react like we've been discussing and that can get you started if you encounter a discussing and that can get you started if you encounter a problem discussing and that can get you started if you encounter a problem that discussing and that can get you started if you encounter a problem that is discussing and that can get you started if you encounter a problem that is giving you
34:27
discussing and that can get you started if you encounter a problem that is giving started if you encounter a problem that is giving you a little started if you encounter a problem that is giving you a little bit started if you encounter a problem that is giving you a little bit of started if you encounter a problem that is giving you a little bit of trouble started if you encounter a problem that is giving you a little bit of trouble. Now
34:36
started if you encounter a problem that is giving you a little bit of trouble. Now let's problem that is giving you a little bit of trouble. Now let's do problem that is giving you a little bit of trouble. Now let's do another started if you encounter a problem that is giving you a little bit of trouble. Now started if you encounter a problem that is giving you a little bit of trouble. Now let's problem that is giving you a little bit of trouble. Now let's do
34:45
problem that is giving you a little bit of trouble. Now let's do another problem that is giving you a little bit of trouble. Now let's do another proton problem that is giving you a little bit of trouble. Now let's do another proton transfer little bit of trouble. Now let's do another proton transfer example little bit of trouble. Now let's do another proton transfer example. So little bit of trouble. Now let's do another proton transfer example. So we
34:55
little bit of trouble. Now let's do another proton transfer example. So little bit of trouble. Now let's do another proton transfer example. So we little bit of trouble. Now let's do another proton transfer example. So we could have little bit of trouble. Now let's do another proton transfer example. So we could do another proton transfer example. So we could have ourselves do another proton transfer example. So we could have ourselves a
35:04
do another proton transfer example. So we could have ourselves a molecule do another proton transfer example. So we could have ourselves a molecule that looks do another proton transfer example. So we could have ourselves a molecule that transfer example. So we could have ourselves a molecule that looks like transfer example. So we could have ourselves a molecule that looks like this transfer example. So we could have ourselves a molecule that looks like this. And
35:14
transfer example. So we could have ourselves a molecule that looks like this. And that's have ourselves a molecule that looks like this. And that's called transfer example. So we could have ourselves a molecule that looks like this. And transfer example. So we could have ourselves a molecule that looks like this. And that's have ourselves a molecule that looks like this. And that's called have ourselves a molecule that looks like this. And that's called an
35:23
have ourselves a molecule that looks like this. And that's called an enol have ourselves a molecule that looks like this. And that's called an enol. The have ourselves a molecule that looks like this. And that's called an enol. The e have ourselves a molecule that looks like this. And that's called an enol. The in molecule that looks like this. And that's called an enol. The in for molecule that looks like this. And that's called an enol. The in for the
35:33
have ourselves a molecule that looks like this. And that's called an enol. The have ourselves a molecule that looks like this. And that's called an enol. The in molecule that looks like this. And that's called an enol. The in for molecule that looks like this. And that's called an enol. The in for the molecule that looks like this. And that's called an enol. The in for the double molecule that looks like this. And that's called an enol. The in for the double bond
35:42
molecule that looks like this. And that's called an enol. The in for the double bond like And that's called an enol. The in for the double bond like alkenes And that's called an enol. The in for the double bond like alkenes and And that's called an enol. The in for the double bond like alkenes and then And that's called an enol. The in for the double bond like alkenes and then they all And that's called an enol. The in for the double bond like alkenes and then they all for
35:52
in for the double bond like alkenes and then they all for the in for the double bond like alkenes and then they all for the alcohol in for the double bond like alkenes and then they all for the alcohol so in for the double bond like alkenes and then they all for the alcohol so we in for the double bond like alkenes and then they all for the alcohol so we have in for the double bond like alkenes and then they all for the alcohol so we have an
36:02
in for the double bond like alkenes and then they all for the alcohol so we have an enol alkenes and then they all for the alcohol so we have an enol here alkenes and then they all for the alcohol so we have an enol here and alkenes and then they all for the alcohol so we have an enol here and if alkenes and then they all for the alcohol so we have an enol here and if we alkenes and then they all for the alcohol so we have an enol here and if we treat
36:11
alkenes and then they all for the alcohol so we have an enol here and if we treat that alkenes and then they all for the alcohol so we have an enol here and if we treat that with the alcohol so we have an enol here and if we treat that with some the alcohol so we have an enol here and if we treat that with some hydroxide the alcohol so we have an enol here and if we treat that with some hydroxide. That's the alcohol so we have an enol here and if we treat that with some hydroxide. That's neg
36:21
the alcohol so we have an enol here and if we treat that with some hydroxide. That's negative here and if we treat that with some hydroxide. That's negatively the alcohol so we have an enol here and if we treat that with some hydroxide. That's here and if we treat that with some hydroxide. That's negatively here and if we treat that with some hydroxide. That's negatively charged here and if we treat that with some hydroxide. That's negatively charged. What
36:30
here and if we treat that with some hydroxide. That's negatively charged. What can some hydroxide. That's negatively charged. What can happen here and if we treat that with some hydroxide. That's negatively charged. What here and if we treat that with some hydroxide. That's negatively charged. What can some hydroxide. That's negatively charged. What can happen some hydroxide. That's negatively charged. What can happen is some hydroxide. That's negatively charged. What can happen is we
36:41
some hydroxide. That's negatively charged. What can happen is we can some hydroxide. That's negatively charged. What can happen is we can do some hydroxide. That's negatively charged. What can happen is we can do a some hydroxide. That's negatively charged. What can happen is we can do a proton negatively charged. What can happen is we can do a proton transfer negatively charged. What can happen is we can do a proton transfer here
36:50
negatively charged. What can happen is we can do a proton transfer here. So negatively charged. What can happen is we can do a proton transfer here. So it negatively charged. What can happen is we can do a proton transfer here. So we can negatively charged. What can happen is we can do a proton transfer here. So we can take negatively charged. What can happen is we can do a proton transfer here. So negatively charged. What can happen is we can do a proton transfer here. So we can
37:00
negatively charged. What can happen is we can do a proton transfer here. So we can take can happen is we can do a proton transfer here. So we can take one can happen is we can do a proton transfer here. So we can take one of these can happen is we can do a proton transfer here. So we can take one of these lone can happen is we can do a proton transfer here. So we can take one of these lone pairs proton transfer here. So we can take one of these lone pairs right
37:09
proton transfer here. So we can take one of these lone pairs right there proton transfer here. So we can take one of these lone pairs right there. And proton transfer here. So we can take one of these lone pairs right there. And we proton transfer here. So we can take one of these lone pairs right there. And we can proton transfer here. So we can take one of these lone pairs right there. And we can cut proton transfer here. So we can take one of these lone pairs right there. And
37:19
proton transfer here. So we can take one of these lone pairs right there. And we proton transfer here. So we can take one of these lone pairs right there. And we can proton transfer here. So we can take one of these lone pairs right there. And we can cut proton transfer here. So we can take one of these lone pairs right there. And we can cut and take one of these lone pairs right there. And we can cut and use take one of these lone pairs right there. And we can cut and use that
37:28
take one of these lone pairs right there. And we can cut and use that little take one of these lone pairs right there. And we can cut and use that little pair take one of these lone pairs right there. And we can cut and use that little pair to pairs right there. And we can cut and use that little pair to do pairs right there. And we can cut and use that little pair to do a pairs right there. And we can cut and use that little pair to do a protons
37:38
pairs right there. And we can cut and use that little pair to do a protons transfer pairs right there. And we can cut and use that little pair to do a protons transfer proton cut and use that little pair to do a protons transfer proton transfers cut and use that little pair to do a protons transfer proton transfers transfer little pair to do a protons transfer proton transfers transfer protons little pair to do a protons transfer proton transfers transfer protons. So
37:47
little pair to do a protons transfer proton transfers transfer protons. So if little pair to do a protons transfer proton transfers transfer protons. So if I little pair to do a protons transfer proton transfers transfer protons. So little pair to do a protons transfer proton transfers transfer protons. So if little pair to do a protons transfer proton transfers transfer protons. So if I little pair to do a protons transfer proton transfers transfer protons. So if I just
37:57
transfer proton transfers transfer protons. So if I just left transfer proton transfers transfer protons. So if I just left it transfer proton transfers transfer protons. So if I just left it with transfer proton transfers transfer protons. So if I just left it with that transfer proton transfers transfer protons. So if I just left it with that one transfer proton transfers transfer protons. So if I just left it with that one blue
38:06
transfer proton transfers transfer protons. So if I just left it with that one blue arrow transfer protons. So if I just left it with that one blue arrow that transfer protons. So if I just left it with that one blue arrow that doesn't transfer protons. So if I just left it with that one blue arrow that doesn't work transfer protons. So if I just left it with that one blue arrow that doesn't work because
38:14
transfer protons. So if I just left it with that one blue arrow that doesn't work because now transfer protons. So if I just left it with that one blue arrow that doesn't work because now I left it with that one blue arrow that doesn't work because now I have left it with that one blue arrow that doesn't work because now I have two left it with that one blue arrow that doesn't work because now I have two bonds one blue arrow that doesn't work because now I have two bonds with
38:24
one blue arrow that doesn't work because now I have two bonds with that one blue arrow that doesn't work because now I have two bonds with that hydrogen one blue arrow that doesn't work because now I have two bonds with that hydrogen this one blue arrow that doesn't work because now I have two bonds with that hydrogen this blue because now I have two bonds with that hydrogen this blue arrow because now I have two bonds with that hydrogen this blue arrow is
38:33
because now I have two bonds with that hydrogen this blue arrow is forming because now I have two bonds with that hydrogen this blue arrow is forming a bond because now I have two bonds with that hydrogen this blue arrow is forming a bond with with that hydrogen this blue arrow is forming a bond with hydrogen with that hydrogen this blue arrow is forming a bond with hydrogen and with that hydrogen this blue arrow is forming a bond with hydrogen and I still
38:42
with that hydrogen this blue arrow is forming a bond with hydrogen and I still have with that hydrogen this blue arrow is forming a bond with hydrogen and I still have this arrow is forming a bond with hydrogen and I still have this auction arrow is forming a bond with hydrogen and I still have this auction hydrogen arrow is forming a bond with hydrogen and I still have this auction hydrogen bar arrow is forming a bond with hydrogen and I still have this auction hydrogen bar. So
38:52
hydrogen and I still have this auction hydrogen bar. So you have arrow is forming a bond with hydrogen and I still have this auction hydrogen bar. So you hydrogen and I still have this auction hydrogen bar. So you have to hydrogen and I still have this auction hydrogen bar. So you have to break arrow is forming a bond with hydrogen and I still have this auction hydrogen bar. So arrow is forming a bond with hydrogen and I still have this auction hydrogen bar. So you
39:01
hydrogen and I still have this auction hydrogen bar. So you have hydrogen and I still have this auction hydrogen bar. So you have to hydrogen and I still have this auction hydrogen bar. So you have to break hydrogen and I still have this auction hydrogen bar. So you have to break the hydrogen and I still have this auction hydrogen bar. So you have to break the auction auction hydrogen bar. So you have to break the auction hydrogen
39:10
auction hydrogen bar. So you have to break the auction hydrogen bond auction hydrogen bar. So you have to break the auction hydrogen bond by auction hydrogen bar. So you have to break the auction hydrogen bond by drying auction hydrogen bar. So you have to break the auction hydrogen bond by drying the have to break the auction hydrogen bond by drying the arrow have to break the auction hydrogen bond by drying the arrow like have to break the auction hydrogen bond by drying the arrow like this
39:20
have to break the auction hydrogen bond by drying the arrow like this. So have to break the auction hydrogen bond by drying the arrow like this. So the have to break the auction hydrogen bond by drying the arrow like this. So have to break the auction hydrogen bond by drying the arrow like this. So the have to break the auction hydrogen bond by drying the arrow like this. So the two hydrogen bond by drying the arrow like this. So the two electrons
39:30
hydrogen bond by drying the arrow like this. So the two electrons. In hydrogen bond by drying the arrow like this. So the two electrons. In there hydrogen bond by drying the arrow like this. So the two electrons. In hydrogen bond by drying the arrow like this. So the two electrons. In there hydrogen bond by drying the arrow like this. So the two electrons. In there are hydrogen bond by drying the arrow like this. So the two electrons. In there are going to
39:39
arrow like this. So the two electrons. In there are going to go arrow like this. So the two electrons. In there are going to go on arrow like this. So the two electrons. In there are going to go on to arrow like this. So the two electrons. In there are going to go on to the arrow like this. So the two electrons. In there are going to go on to the oxygen arrow like this. So the two electrons. In there are going to go on to the oxygen as
39:48
arrow like this. So the two electrons. In there are going to go on to the oxygen as a arrow like this. So the two electrons. In there are going to go on to the oxygen as a lone electrons. In there are going to go on to the oxygen as a lone pair electrons. In there are going to go on to the oxygen as a lone pair. So electrons. In there are going to go on to the oxygen as a lone pair. So if electrons. In there are going to go on to the oxygen as a lone pair. So if we
39:58
electrons. In there are going to go on to the oxygen as a lone pair. So electrons. In there are going to go on to the oxygen as a lone pair. So if electrons. In there are going to go on to the oxygen as a lone pair. So if we electrons. In there are going to go on to the oxygen as a lone pair. So if we draw are going to go on to the oxygen as a lone pair. So if we draw that are going to go on to the oxygen as a lone pair. So if we draw that molecule
40:07
are going to go on to the oxygen as a lone pair. So if we draw that molecule now are going to go on to the oxygen as a lone pair. So if we draw that molecule now we the oxygen as a lone pair. So if we draw that molecule now we have the oxygen as a lone pair. So if we draw that molecule now we have an the oxygen as a lone pair. So if we draw that molecule now we have an oxygen the oxygen as a lone pair. So if we draw that molecule now we have an
40:16
the oxygen as a lone pair. So if we draw that molecule now we have an auction those the oxygen as a lone pair. So if we draw that molecule now we have an auction those two the oxygen as a lone pair. So if we draw that molecule now we have an auction those two lone we draw that molecule now we have an auction those two lone pairs we draw that molecule now we have an auction those two lone pairs are we draw that molecule now we have an auction those two lone pairs are already
40:26
we draw that molecule now we have an auction those two lone pairs are already there we draw that molecule now we have an auction those two lone pairs are already there. They we have an auction those two lone pairs are already there. They stayed we have an auction those two lone pairs are already there. They stayed there we have an auction those two lone pairs are already there. They stayed there but we have an auction those two lone pairs are already there. They stayed there but now
40:36
we have an auction those two lone pairs are already there. They stayed there but now the lone pairs are already there. They stayed there but now the two lone pairs are already there. They stayed there but now the two electrons lone pairs are already there. They stayed there but now the two electrons in lone pairs are already there. They stayed there but now the two electrons in that lone pairs are already there. They stayed there but now the two electrons in that Bond
40:45
lone pairs are already there. They stayed there but now the two electrons in that Bond I'm They stayed there but now the two electrons in that Bond I'm going to put They stayed there but now the two electrons in that Bond I'm going to They stayed there but now the two electrons in that Bond I'm going to put them They stayed there but now the two electrons in that Bond I'm going to put them right They stayed there but now the two electrons in that Bond I'm going to put them right there
40:55
two electrons in that Bond I'm going to put them right there. And two electrons in that Bond I'm going to put them right there. And now two electrons in that Bond I'm going to put them right there. And now the two electrons in that Bond I'm going to put them right there. And now the form two electrons in that Bond I'm going to put them right there. And now two electrons in that Bond I'm going to put them right there. And two electrons in that Bond I'm going to put them right there. And now the
41:06
two electrons in that Bond I'm going to put them right there. And now the formal two electrons in that Bond I'm going to put them right there. And now the formal charge two electrons in that Bond I'm going to put them right there. And now the formal charge on two electrons in that Bond I'm going to put them right there. And now the formal charge on the going to put them right there. And now the formal charge on the oxygen
41:15
going to put them right there. And now the formal charge on the oxygen does going to put them right there. And now the formal charge on the oxygen does change going to put them right there. And now the formal charge on the oxygen does change to going to put them right there. And now the formal charge on the oxygen does change to a going to put them right there. And now the formal charge on the oxygen does change to a negative And now the formal charge on the oxygen does change to a negative. But
41:25
And now the formal charge on the oxygen does change to a negative. But what And now the formal charge on the oxygen does change to a negative. But what else And now the formal charge on the oxygen does change to a negative. But what else do And now the formal charge on the oxygen does change to a negative. But what else do we And now the formal charge on the oxygen does change to a negative. But And now the formal charge on the oxygen does change to a negative. But what
41:34
And now the formal charge on the oxygen does change to a negative. But what else And now the formal charge on the oxygen does change to a negative. But what else do And now the formal charge on the oxygen does change to a negative. But what else do we oxygen does change to a negative. But what else do we have oxygen does change to a negative. But what else do we have. This oxygen does change to a negative. But what else do we have. This '08
41:43
oxygen does change to a negative. But what else do we have. This '08 right here oxygen does change to a negative. But what else do we have. This '08 right oxygen does change to a negative. But what else do we have. This '08 right here. Took negative. But what else do we have. This '08 right here. Took that oxygen does change to a negative. But what else do we have. This '08 right here. Took negative. But what else do we have. This '08 right here. Took that
41:53
negative. But what else do we have. This '08 right here. Took that lone negative. But what else do we have. This '08 right here. Took that lone pair negative. But what else do we have. This '08 right here. Took that lone pair to negative. But what else do we have. This '08 right here. Took that lone pair to form negative. But what else do we have. This '08 right here. Took that lone pair to form a have. This '08 right here. Took that lone pair to form a. Prepare to form
42:03
have. This '08 right here. Took that lone pair to form a. Prepare to form a '08 right here. Took that lone pair to form a. Prepare to form a bond '08 right here. Took that lone pair to form a. Prepare to form a bond without '08 right here. Took that lone pair to form a. Prepare to form a bond without hydrogen '08 right here. Took that lone pair to form a. Prepare to form a bond without hydrogen so lone pair to form a. Prepare to form a bond without hydrogen so I'm
42:13
lone pair to form a. Prepare to form a bond without hydrogen so I'm going to Prepare to form a bond without hydrogen so I'm going to represent Prepare to form a bond without hydrogen so I'm going to represent it Prepare to form a bond without hydrogen so I'm going to represent it like Prepare to form a bond without hydrogen so I'm going to represent it like that Prepare to form a bond without hydrogen so I'm going to represent it like that. So
42:22
Prepare to form a bond without hydrogen so I'm going to represent it like that. So that hydrogen so I'm going to represent it like that. So that is Prepare to form a bond without hydrogen so I'm going to represent it like that. So Prepare to form a bond without hydrogen so I'm going to represent it like that. So that hydrogen so I'm going to represent it like that. So that is hydrogen so I'm going to represent it like that. So that is a
42:31
hydrogen so I'm going to represent it like that. So that is a another hydrogen so I'm going to represent it like that. So that is a another example hydrogen so I'm going to represent it like that. So that is a another example of hydrogen so I'm going to represent it like that. So that is a another example of a hydrogen so I'm going to represent it like that. So that is a another example of a proton represent it like that. So that is a another example of a proton transfer In In a In a COR
42:40
In a coordin In a coronation In In a In a coordination In a coordination step In a coordination step you're going In a coordination step you're In a coordination step you're going to In a coordination step you're going to have In a coordination step you're going to have a In a coordination step you're going to have a. Spec In a coordination step you're going to have a. Species In a coordination step you're going to have a. Species that's
42:52
In a coordination step you're going to have a. Species that's electron In a coordination step you're going to have a. Species that's electron rich In a coordination step you're going to have a. Species that's electron rich. So In a coordination step you're going to have a. Species that's electron rich. So let's In a coordination step you're going to have a. Species that's electron rich. So let's look at In a coordination step you're going to have a. Species that's electron rich. So let's look
43:03
In a coordination step you're going to have a. Species that's electron rich. So In a coordination step you're going to have a. Species that's electron rich. So let's In a coordination step you're going to have a. Species that's electron rich. So let's look In a coordination step you're going to have a. Species that's electron rich. So let's look at going to have a. Species that's electron rich. So let's look at a going to have a. Species that's electron rich. So let's look at a bromide
43:13
going to have a. Species that's electron rich. So let's look at a bromide so going to have a. Species that's electron rich. So let's look at a bromide so we have going to have a. Species that's electron rich. So let's look at a bromide so we have an going to have a. Species that's electron rich. So let's look at a bromide so we have an electron electron rich. So let's look at a bromide so we have an electron Rich electron rich. So let's look at a bromide so we have an electron Rich species
43:23
electron rich. So let's look at a bromide so we have an electron Rich species so let's look at a bromide so we have an electron Rich species so that let's look at a bromide so we have an electron Rich species so that can let's look at a bromide so we have an electron Rich species so that can act let's look at a bromide so we have an electron Rich species so that can act as let's look at a bromide so we have an electron Rich species so that can act as a
43:33
let's look at a bromide so we have an electron Rich species so that can act as a nucleophile have an electron Rich species so that can act as a nucleophile. Right have an electron Rich species so that can act as a nucleophile. Right we have an electron Rich species so that can act as a nucleophile. Right have an electron Rich species so that can act as a nucleophile. Right we have an electron Rich species so that can act as a nucleophile. Right we could
43:42
have an electron Rich species so that can act as a nucleophile. Right we could also have an electron Rich species so that can act as a nucleophile. Right we could also classify have an electron Rich species so that can act as a nucleophile. Right we could also classify as that can act as a nucleophile. Right we could also classify as a that can act as a nucleophile. Right we could also classify as a Lewis that can act as a nucleophile. Right we could also classify as a Lewis base
43:52
that can act as a nucleophile. Right we could also classify as a Lewis base. And that can act as a nucleophile. Right we could also classify as a Lewis base. And we're that can act as a nucleophile. Right we could also classify as a Lewis base. And we're going to Right we could also classify as a Lewis base. And we're going to take that can act as a nucleophile. Right we could also classify as a Lewis base. And
44:00
that can act as a nucleophile. Right we could also classify as a Lewis base. And we're that can act as a nucleophile. Right we could also classify as a Lewis base. And we're going to Right we could also classify as a Lewis base. And we're going to take Right we could also classify as a Lewis base. And we're going to take that Right we could also classify as a Lewis base. And we're going to take that electron Right we could also classify as a Lewis base. And we're going to take that electron rich
44:11
a Lewis base. And we're going to take that electron rich nucleophile a Lewis base. And we're going to take that electron rich nucleophile and a Lewis base. And we're going to take that electron rich nucleophile and treat a Lewis base. And we're going to take that electron rich nucleophile and treat it a Lewis base. And we're going to take that electron rich nucleophile and treat it with take that electron rich nucleophile and treat it with something
44:20
take that electron rich nucleophile and treat it with something that take that electron rich nucleophile and treat it with something that looks electron rich nucleophile and treat it with something that looks like electron rich nucleophile and treat it with something that looks like this electron rich nucleophile and treat it with something that looks like this. What electron rich nucleophile and treat it with something that looks like this. What do
44:30
electron rich nucleophile and treat it with something that looks like this. What do we electron rich nucleophile and treat it with something that looks like this. What do we have electron rich nucleophile and treat it with something that looks like this. What electron rich nucleophile and treat it with something that looks like this. What do electron rich nucleophile and treat it with something that looks like this. What do we
44:38
electron rich nucleophile and treat it with something that looks like this. What do we have treat it with something that looks like this. What do we have here treat it with something that looks like this. What do we have here. We treat it with something that looks like this. What do we have here. We have treat it with something that looks like this. What do we have here. We have a treat it with something that looks like this. What do we have here. We have
44:47
treat it with something that looks like this. What do we have here. We treat it with something that looks like this. What do we have here. We have a treat it with something that looks like this. What do we have here. We have a carbocation treat it with something that looks like this. What do we have here. We have a carbocation so looks like this. What do we have here. We have a carbocation so that looks like this. What do we have here. We have a carbocation so that is
44:57
looks like this. What do we have here. We have a carbocation so that is our looks like this. What do we have here. We have a carbocation so that is our electrophile What do we have here. We have a carbocation so that is our electrophile. Elect What do we have here. We have a carbocation so that is our electrophile. Electron What do we have here. We have a carbocation so that is our electrophile. Electron pour What do we have here. We have a carbocation so that is our electrophile. Electron
45:07
What do we have here. We have a carbocation so that is our electrophile. Electron pour What do we have here. We have a carbocation so that is our electrophile. Electron pour it carbocation so that is our electrophile. Electron pour it has carbocation so that is our electrophile. Electron pour it has a carbocation so that is our electrophile. Electron pour it has a positive carbocation so that is our electrophile. Electron pour it has a positive charge
45:16
We have a carbocation so that is our electrophile. Electron pour it has a positive charge. Elect our electrophile. Electron pour it has a positive charge. Electron our electrophile. Electron pour it has a positive charge. Electron for our electrophile. Electron pour it has a positive charge. Electron for species our electrophile. Electron pour it has a positive charge. Electron for species have our electrophile. Electron pour it has a positive charge. Electron for species have a
45:25
it has a positive charge. Electron for species have a full-blown it has a positive charge. Electron for species have a full-blown positive it has a positive charge. Electron for species have a full-blown positive charge charge. Electron for species have a full-blown positive charge or charge. Electron for species have a full-blown positive charge or a charge. Electron for species have a full-blown positive charge or a partial
45:35
charge. Electron for species have a full-blown positive charge or a partial positive have a full-blown positive charge or a partial positive charge have a full-blown positive charge or a partial positive charge. And have a full-blown positive charge or a partial positive charge. And we full-blown positive charge or a partial positive charge. And we can have a full-blown positive charge or a partial positive charge. And have a full-blown positive charge or a partial positive charge. And we
45:44
full-blown positive charge or a partial positive charge. And we can full-blown positive charge or a partial positive charge. And we can also full-blown positive charge or a partial positive charge. And we can also classify full-blown positive charge or a partial positive charge. And we can also classify the full-blown positive charge or a partial positive charge. And we can also classify the species full-blown positive charge or a partial positive charge. And we can also classify the species as
45:54
partial positive charge. And we can also classify the species as a partial positive charge. And we can also classify the species as a Lewis partial positive charge. And we can also classify the species as a Lewis acid partial positive charge. And we can also classify the species as a Lewis acid. Elect partial positive charge. And we can also classify the species as a Lewis acid. Electron partial positive charge. And we can also classify the species as a Lewis acid. Electron rich
46:05
partial positive charge. And we can also classify the species as a Lewis acid. Electron partial positive charge. And we can also classify the species as a Lewis acid. Electron rich partial positive charge. And we can also classify the species as a Lewis acid. Electron Rich partial positive charge. And we can also classify the species as a Lewis acid. Electron Rich a can also classify the species as a Lewis acid. Electron Rich a tax
46:13
can also classify the species as a Lewis acid. Electron Rich a tax electron can also classify the species as a Lewis acid. Electron Rich a tax electron for can also classify the species as a Lewis acid. Electron Rich a tax electron for. And can also classify the species as a Lewis acid. Electron Rich a tax electron for. And we species as a Lewis acid. Electron Rich a tax electron for. And we would can also classify the species as a Lewis acid. Electron Rich a tax electron for. And
46:23
can also classify the species as a Lewis acid. Electron Rich a tax electron for. And we species as a Lewis acid. Electron Rich a tax electron for. And we would species as a Lewis acid. Electron Rich a tax electron for. And we would do that species as a Lewis acid. Electron Rich a tax electron for. And we would do species as a Lewis acid. Electron Rich a tax electron for. And we would do that by Electron Rich a tax electron for. And we would do that by this
46:32
Electron Rich a tax electron for. And we would do that by this mechanism Electron Rich a tax electron for. And we would do that by this mechanism it Electron Rich a tax electron for. And we would do that by this mechanism it will Electron Rich a tax electron for. And we would do that by this mechanism it will take Electron Rich a tax electron for. And we would do that by this mechanism it will take a for. And we would do that by this mechanism it will take a lone
46:41
for. And we would do that by this mechanism it will take a lone pair for. And we would do that by this mechanism it will take a lone pair. And for. And we would do that by this mechanism it will take a lone pair. And then for. And we would do that by this mechanism it will take a lone pair. And then that's for. And we would do that by this mechanism it will take a lone pair. And for. And we would do that by this mechanism it will take a lone pair. And then
46:51
for. And we would do that by this mechanism it will take a lone pair. And then that's this mechanism it will take a lone pair. And then that's going to this mechanism it will take a lone pair. And then that's going to come mechanism it will take a lone pair. And then that's going to come in mechanism it will take a lone pair. And then that's going to come in. And mechanism it will take a lone pair. And then that's going to come in. And attack
47:00
mechanism it will take a lone pair. And then that's going to come in. And mechanism it will take a lone pair. And then that's going to come in. And attack mechanism it will take a lone pair. And then that's going to come in. And attack just mechanism it will take a lone pair. And then that's going to come in. And attack just like pair. And then that's going to come in. And attack just like that pair. And then that's going to come in. And attack just like that. So
47:10
pair. And then that's going to come in. And attack just like that. And so pair. And then that's going to come in. And attack just like that. And so that's pair. And then that's going to come in. And attack just like that. And so that's going to pair. And then that's going to come in. And attack just like that. And so pair. And then that's going to come in. And attack just like that. And so that's pair. And then that's going to come in. And attack just like that. And so that's going to
47:20
pair. And then that's going to come in. And attack just like that. And so that's going to be pair. And then that's going to come in. And attack just like that. So that's going to be come in. And attack just like that. So that's going to be. I'll come in. And attack just like that. So that's going to be. I'll draw in. And attack just like that. So that's going to be. I'll draw like in. And attack just like that. So that's going to be. I'll draw like this
47:30
come in. And attack just like that. So that's going to be. I'll draw in. And attack just like that. So that's going to be. I'll draw like in. And attack just like that. So that's going to be. I'll draw like this in. And attack just like that. So that's going to be. I'll draw like this here in. And attack just like that. So that's going to be. I'll draw like this here. C in. And attack just like that. So that's going to be. I'll draw like this here. Ch
47:40
in. And attack just like that. So that's going to be. I'll draw like this here. Ch3 And attack just like that. So that's going to be. I'll draw like this here. Ch3. And And attack just like that. So that's going to be. I'll draw like this here. Ch3. And then And attack just like that. So that's going to be. I'll draw like this here. Ch3. And And attack just like that. So that's going to be. I'll draw like this here. Ch3. And then that's going to be. I'll draw like this here. Ch3. And then our
47:50
So that's going to be. I'll draw like this here. Ch3. And then our bromide So that's going to be. I'll draw like this here. Ch3. And then our bromide right So that's going to be. I'll draw like this here. Ch3. And then our bromide right there So that's going to be. I'll draw like this here. Ch3. And then our bromide right there. So So that's going to be. I'll draw like this here. Ch3. And then our bromide right there. So that I'll draw like this here. Ch3. And then our bromide right there. So
48:01
I'll draw like this here. Ch3. And then our bromide right there. So that I'll draw like this here. Ch3. And then our bromide right there. So that is I'll draw like this here. Ch3. And then our bromide right there. So that is a I'll draw like this here. Ch3. And then our bromide right there. So that is a coordination And then our bromide right there. So that is a coordination step And then our bromide right there. So that is a coordination step. When
48:10
And then our bromide right there. So that is a coordination step. When you have And then our bromide right there. So that is a coordination step. When And then our bromide right there. So that is a coordination step. When you have And then our bromide right there. So that is a coordination step. When you have a there. So that is a coordination step. When you have a carbocation Ch3. And then our bromide right there. So that is a coordination step. When you have a
48:19
there. So that is a coordination step. When you have a carbocation there. So that is a coordination step. When you have a carbocation. And there. So that is a coordination step. When you have a carbocation. And it there. So that is a coordination step. When you have a carbocation. And it coordinates step. When you have a carbocation. And it coordinates. Another So that is a coordination step. When you have a carbocation. And it coordinates. Another example
48:29
When you have a carbocation. And it coordinates. Another example of When you have a carbocation. And it coordinates. Another example of this When you have a carbocation. And it coordinates. Another example of this would When you have a carbocation. And it coordinates. Another example of this would be When you have a carbocation. And it coordinates. Another example of this would be a When you have a carbocation. And it coordinates. Another example of this would be a reaction
48:38
it coordinates. Another example of this would be a reaction. In which When you have a carbocation. And it coordinates. Another example of this would be a reaction. In When you have a carbocation. And it coordinates. Another example of this would be a reaction. In it coordinates. Another example of this would be a reaction. In which it coordinates. Another example of this would be a reaction. In which you it coordinates. Another example of this would be a reaction. In which you take
48:48
it coordinates. Another example of this would be a reaction. In which you take let's it coordinates. Another example of this would be a reaction. In which you take let's say it coordinates. Another example of this would be a reaction. In which you take let's say a example of this would be a reaction. In which you take let's say a acid example of this would be a reaction. In which you take let's say a acid fluoride a reaction. In which you take let's say a acid fluoride. Making
48:58
a reaction. In which you take let's say a acid fluoride. Making sure a reaction. In which you take let's say a acid fluoride. Making sure this a reaction. In which you take let's say a acid fluoride. Making a reaction. In which you take let's say a acid fluoride. Making sure a reaction. In which you take let's say a acid fluoride. Making sure this a reaction. In which you take let's say a acid fluoride. Making sure this isn't
49:08
a reaction. In which you take let's say a acid fluoride. Making sure this isn't. Like a reaction. In which you take let's say a acid fluoride. Making sure this isn't. Like so a reaction. In which you take let's say a acid fluoride. Making sure this isn't. Like a reaction. In which you take let's say a acid fluoride. Making sure this isn't. Like so let's say a acid fluoride. Making sure this isn't. Like so. You let's say a acid fluoride. Making sure this isn't. Like so. You take
49:18
let's say a acid fluoride. Making sure this isn't. Like so. You take that let's say a acid fluoride. Making sure this isn't. Like so. You take let's say a acid fluoride. Making sure this isn't. Like so. You let's say a acid fluoride. Making sure this isn't. Like so. You take that acid fluoride. Making sure this isn't. Like so. You take that acid acid fluoride. Making sure this isn't. Like so. You take that acid chloride
49:27
acid fluoride. Making sure this isn't. Like so. You take that acid chloride and acid fluoride. Making sure this isn't. Like so. You take that acid chloride and you acid fluoride. Making sure this isn't. Like so. You take that acid chloride and you can acid fluoride. Making sure this isn't. Like so. You take that acid chloride and you can treat isn't. Like so. You take that acid chloride and you can treat it isn't. Like so. You take that acid chloride and you can treat it with
49:37
isn't. Like so. You take that acid chloride and you can treat it with a isn't. Like so. You take that acid chloride and you can treat it with a Lewis You take that acid chloride and you can treat it with a Lewis acid You take that acid chloride and you can treat it with a Lewis acid. Like You take that acid chloride and you can treat it with a Lewis acid. Like this You take that acid chloride and you can treat it with a Lewis acid. Like
49:46
You take that acid chloride and you can treat it with a Lewis acid. Like this You take that acid chloride and you can treat it with a Lewis acid. Like this. CL You take that acid chloride and you can treat it with a Lewis acid. Like this. CL. So chloride and you can treat it with a Lewis acid. Like this. CL. So what we chloride and you can treat it with a Lewis acid. Like this. CL. So what you can treat it with a Lewis acid. Like this. CL. So what we have
49:55
chloride and you can treat it with a Lewis acid. Like this. CL. So chloride and you can treat it with a Lewis acid. Like this. CL. So what chloride and you can treat it with a Lewis acid. Like this. CL. So what we you can treat it with a Lewis acid. Like this. CL. So what we have you can treat it with a Lewis acid. Like this. CL. So what we have here you can treat it with a Lewis acid. Like this. CL. So what we have here is
50:04
you can treat it with a Lewis acid. Like this. CL. So what we have here is our you can treat it with a Lewis acid. Like this. CL. So what we have here is our Lewis you can treat it with a Lewis acid. Like this. CL. So what we have here is our Lewis base you can treat it with a Lewis acid. Like this. CL. So what we have here is our Lewis base and acid. Like this. CL. So what we have here is our Lewis base and I'm acid. Like this. CL. So what we have here is our Lewis base and I'm just
50:14
acid. Like this. CL. So what we have here is our Lewis base and I'm just going acid. Like this. CL. So what we have here is our Lewis base and I'm just going to acid. Like this. CL. So what we have here is our Lewis base and I'm just going to go acid. Like this. CL. So what we have here is our Lewis base and I'm just going to go Lewis acid. Like this. CL. So what we have here is our Lewis base and I'm just going to go Lewis base
50:23
have here is our Lewis base and I'm just going to go Lewis base. Here here is our Lewis base and I'm just going to go Lewis base. Here's our here is our Lewis base and I'm just going to go Lewis base. Here's CL. So what we have here is our Lewis base and I'm just going to go Lewis base. Here's our Lewis Lewis base and I'm just going to go Lewis base. Here's our Lewis AC here is our Lewis base and I'm just going to go Lewis base. Here's our
50:33
here is our Lewis base and I'm just going to go Lewis base. Here's CL. So what we have here is our Lewis base and I'm just going to go Lewis base. Here's our Lewis Lewis base and I'm just going to go Lewis base. Here's our Lewis acid Lewis base and I'm just going to go Lewis base. Here's our Lewis acid. And Lewis base and I'm just going to go Lewis base. Here's our Lewis acid. And we Lewis base and I'm just going to go Lewis base. Here's our Lewis acid. And we have
50:43
Lewis base and I'm just going to go Lewis base. Here's our Lewis acid. And we have an Lewis base and I'm just going to go Lewis base. Here's our Lewis acid. And we have an aluminum go Lewis base. Here's our Lewis acid. And we have an aluminum. At go Lewis base. Here's our Lewis acid. And we have an aluminum. Atom go Lewis base. Here's our Lewis acid. And we have an aluminum. Atom right there go Lewis base. Here's our Lewis acid. And we have an aluminum. Atom right
50:52
go Lewis base. Here's our Lewis acid. And we have an aluminum. Atom go Lewis base. Here's our Lewis acid. And we have an aluminum. Atom right there go Lewis base. Here's our Lewis acid. And we have an aluminum. Atom right go Lewis base. Here's our Lewis acid. And we have an aluminum. Atom right there we go Lewis base. Here's our Lewis acid. And we have an aluminum. Atom right there we can go Lewis base. Here's our Lewis acid. And we have an aluminum. Atom right there we can take
51:02
acid. And we have an aluminum. Atom right there we can take. Our acid. And we have an aluminum. Atom right there we can take. Our elect acid. And we have an aluminum. Atom right there we can take. Our electron acid. And we have an aluminum. Atom right there we can take. Our acid. And we have an aluminum. Atom right there we can take. Our electron have an aluminum. Atom right there we can take. Our electron Rich have an aluminum. Atom right there we can take. Our electron Rich species
51:13
have an aluminum. Atom right there we can take. Our electron Rich species. Attack have an aluminum. Atom right there we can take. Our electron Rich species. Attack. The right there we can take. Our electron Rich species. Attack. The Lewis right there we can take. Our electron Rich species. Attack. The right there we can take. Our electron Rich species. Attack. The Lewis right there we can take. Our electron Rich species. Attack. The Lewis acid
51:22
right there we can take. Our electron Rich species. Attack. The Lewis acid in that right there we can take. Our electron Rich species. Attack. The Lewis acid in right there we can take. Our electron Rich species. Attack. The Lewis acid in that manner Our electron Rich species. Attack. The Lewis acid in that manner with Our electron Rich species. Attack. The Lewis acid in that manner with that Our electron Rich species. Attack. The Lewis acid in that manner with that long hair
51:31
Our electron Rich species. Attack. The Lewis acid in that manner with that long hair. And Attack. The Lewis acid in that manner with that long hair. And then Attack. The Lewis acid in that manner with that long hair. And then we Our electron Rich species. Attack. The Lewis acid in that manner with that long hair. And Attack. The Lewis acid in that manner with that long hair. And then Attack. The Lewis acid in that manner with that long hair. And then we
51:40
Attack. The Lewis acid in that manner with that long hair. And then we would have Attack. The Lewis acid in that manner with that long hair. And then we would Attack. The Lewis acid in that manner with that long hair. And then we would have a Attack. The Lewis acid in that manner with that long hair. And then we would have a species manner with that long hair. And then we would have a species. That manner with that long hair. And then we would have a species. That looks
51:50
with that long hair. And then we would have a species. That looks like with that long hair. And then we would have a species. That looks like this manner with that long hair. And then we would have a species. That manner with that long hair. And then we would have a species. That looks with that long hair. And then we would have a species. That looks like with that long hair. And then we would have a species. That looks like this
51:59
with that long hair. And then we would have a species. That looks like this. You with that long hair. And then we would have a species. That looks like this. Would with that long hair. And then we would have a species. That looks like this. Would have with that long hair. And then we would have a species. That looks like this. Would have are with that long hair. And then we would have a species. That looks like this. Would
52:07
with that long hair. And then we would have a species. That looks like this. Would have with that long hair. And then we would have a species. That looks like this. Would have our with that long hair. And then we would have a species. That looks like this. Would have our. Chlor with that long hair. And then we would have a species. That looks like this. Would have our. CHL would have a species. That looks like this. Would have our. Chlorine
52:16
would have a species. That looks like this. Would have our. Chlorine. And would have a species. That looks like this. Would have our. Chlorine. And I'm would have a species. That looks like this. Would have our. Chlorine. And would have a species. That looks like this. Would have our. Chlorine. And I'm would have a species. That looks like this. Would have our. Chlorine. And I'm going species. That looks like this. Would have our. Chlorine. And I'm going to
52:25
species. That looks like this. Would have our. Chlorine. And I'm going to. Show species. That looks like this. Would have our. Chlorine. And I'm going to. Show those species. That looks like this. Would have our. Chlorine. And I'm going to. Show those two species. That looks like this. Would have our. Chlorine. And I'm going to. Show species. That looks like this. Would have our. Chlorine. And I'm going to. Show those
52:34
species. That looks like this. Would have our. Chlorine. And I'm going to. Show those two Would have our. Chlorine. And I'm going to. Show those two electrons That looks like this. Would have our. Chlorine. And I'm going to. Show those two electrons there our. Chlorine. And I'm going to. Show those two electrons there so our. Chlorine. And I'm going to. Show those two electrons there so we our. Chlorine. And I'm going to. Show those two electrons there so we could
52:44
our. Chlorine. And I'm going to. Show those two electrons there so we could actually I'm going to. Show those two electrons there so we could actually let's I'm going to. Show those two electrons there so we could actually let's change Chlorine. And I'm going to. Show those two electrons there so we could actually let's change this those two electrons there so we could actually let's change this up those two electrons there so we could actually let's change this up a
52:53
electrons there so we could actually let's change this up a bit Show those two electrons there so we could actually let's change this up a bit. Let's so we could actually let's change this up a bit. Let's actually Show those two electrons there so we could actually let's change this up a bit. Let's so we could actually let's change this up a bit. Let's actually so we could actually let's change this up a bit. Let's actually use
53:03
so we could actually let's change this up a bit. Let's actually use this so we could actually let's change this up a bit. Let's actually use this lone so we could actually let's change this up a bit. Let's actually use this lone pair so we could actually let's change this up a bit. Let's actually use this lone pair. So change this up a bit. Let's actually use this lone pair. So that change this up a bit. Let's actually use this lone pair. So that lone
53:13
so we could actually let's change this up a bit. Let's actually use this lone pair. So change this up a bit. Let's actually use this lone pair. So that change this up a bit. Let's actually use this lone pair. So that lone change this up a bit. Let's actually use this lone pair. So that lone pair change this up a bit. Let's actually use this lone pair. So that lone pair. And that's change this up a bit. Let's actually use this lone pair. So that lone pair. And
53:23
actually use this lone pair. So that lone pair. And that's going to be actually use this lone pair. So that lone pair. And that's going to Let's actually use this lone pair. So that lone pair. And Let's actually use this lone pair. So that lone pair. And that's Let's actually use this lone pair. So that lone pair. And that's going to Let's actually use this lone pair. So that lone pair. And that's going to be Let's actually use this lone pair. So that lone pair. And that's going to be used
53:33
Let's actually use this lone pair. So that lone pair. And that's going to be used to Let's actually use this lone pair. So that lone pair. And that's going to be used to form pair. So that lone pair. And that's going to be used to form a pair. So that lone pair. And that's going to be used to form a bond pair. So that lone pair. And that's going to be used to form a bond with pair. So that lone pair. And that's going to be used to form a bond with the
53:43
pair. So that lone pair. And that's going to be used to form a bond with the aluminum pair. So that lone pair. And that's going to be used to form a bond with the aluminum. Yeah pair. So that lone pair. And that's going to be used to form a bond with the aluminum. And that's going to be used to form a bond with the aluminum. And then that's going to be used to form a bond with the aluminum. And then now pair. So that lone pair. And that's going to be used to form a bond with the aluminum. And
53:53
that's going to be used to form a bond with the aluminum. And then that's going to be used to form a bond with the aluminum. And then now going to be used to form a bond with the aluminum. And then now that's going to be used to form a bond with the aluminum. And then now that's going to form a bond with the aluminum. And then now that's going to change form a bond with the aluminum. And then now that's going to change the
54:02
form a bond with the aluminum. And then now that's going to change the formal form a bond with the aluminum. And then now that's going to change the formal charge And then now that's going to change the formal charge on those form a bond with the aluminum. And then now that's going to change the formal charge on And then now that's going to change the formal charge on those species And then now that's going to change the formal charge on those species here
54:11
And then now that's going to change the formal charge on those species here the And then now that's going to change the formal charge on those species here the aluminum change the formal charge on those species here the aluminum will change the formal charge on those species here the aluminum will be change the formal charge on those species here the aluminum will be no change the formal charge on those species here the aluminum will be no negative
54:21
change the formal charge on those species here the aluminum will be no negative and change the formal charge on those species here the aluminum will be no negative and the those species here the aluminum will be no negative and the chlorine those species here the aluminum will be no negative and the chlorine will those species here the aluminum will be no negative and the chlorine will now those species here the aluminum will be no negative and the chlorine will now be
54:31
those species here the aluminum will be no negative and the chlorine will now be positive will be no negative and the chlorine will now be positive. Examp will be no negative and the chlorine will now be positive. Example will be no negative and the chlorine will now be positive. Example of will be no negative and the chlorine will now be positive. Example will be no negative and the chlorine will now be positive. Example of a will be no negative and the chlorine will now be positive. Example of
54:41
will be no negative and the chlorine will now be positive. Example of a will be no negative and the chlorine will now be positive. Example of a coordination will be no negative and the chlorine will now be positive. Example of a coordination step The The next The The next The next mechanism The next mechanism is The next mechanism is called The next mechanism is called a The next mechanism is called a heterolysis The next mechanism is called a heterolysis step
54:50
The next mechanism is called a heterolysis step or The next mechanism is called a heterolysis step or a
54:53
The next mechanism is called a heterolysis step or a heterolysis The next mechanism is called a heterolysis step or a heterolysis I've The next mechanism is called a heterolysis step or a heterolysis I've heard The next mechanism is called a heterolysis step or a heterolysis I've heard of The next mechanism is called a heterolysis step or a heterolysis I've heard of both heterolysis step or a heterolysis I've heard of both ways heterolysis step or a heterolysis I've heard of both ways. And
55:03
heterolysis step or a heterolysis I've heard of both ways. And but heterolysis step or a heterolysis I've heard of both ways. And but why heterolysis step or a heterolysis I've heard of both ways. And but why did I heterolysis step or a heterolysis I've heard of both ways. And but why did I leave heterolysis step or a heterolysis I've heard of both ways. And but why did I leave up heterolysis I've heard of both ways. And but why did I leave up all
55:13
heterolysis I've heard of both ways. And but why did I leave up all the stuff heterolysis I've heard of both ways. And but why did I leave up all the stuff from heterolysis I've heard of both ways. And but why did I leave up all the stuff from our ways. And but why did I leave up all the stuff from our coordination ways. And but why did I leave up all the stuff from our coordination step ways. And but why did I leave up all the stuff from our coordination step. Because
55:23
ways. And but why did I leave up all the stuff from our coordination step. Because I ways. And but why did I leave up all the stuff from our coordination step. Because I had all the stuff from our coordination step. Because I had her all the stuff from our coordination step. Because I had her also the stuff from our coordination step. Because I had her also stuff is the stuff from our coordination step. Because I had her also stuff
55:31
the stuff from our coordination step. Because I had her also stuff is the the stuff from our coordination step. Because I had her also stuff is the exact the stuff from our coordination step. Because I had her also stuff is the exact opposite the stuff from our coordination step. Because I had her also stuff is the exact opposite of the stuff from our coordination step. Because I had her also stuff is the exact opposite of a
55:40
step. Because I had her also stuff is the exact opposite of a coordination step. Because I had her also stuff is the exact opposite of a coordination step step. Because I had her also stuff is the exact opposite of a coordination step. So step. Because I had her also stuff is the exact opposite of a coordination step. So that's step. Because I had her also stuff is the exact opposite of a coordination step. So stuff is the exact opposite of a coordination step. So that's going
55:50
step. Because I had her also stuff is the exact opposite of a coordination step. So that's stuff is the exact opposite of a coordination step. So that's going in the exact opposite of a coordination step. So that's going in the the exact opposite of a coordination step. So that's going in the reverse the exact opposite of a coordination step. So that's going in the reverse here the exact opposite of a coordination step. So that's going in the reverse here. So
55:59
coordination step. So that's going in the reverse here. So. The coordination step. So that's going in the reverse here. So. The go coordination step. So that's going in the reverse here. So. The Gulf coordination step. So that's going in the reverse here. So. The coordination step. So that's going in the reverse here. So. The go coordination step. So that's going in the reverse here. So. The go from coordination step. So that's going in the reverse here. So. The go from this
56:10
coordination step. So that's going in the reverse here. So. The go from this species coordination step. So that's going in the reverse here. So. The go from this species back coordination step. So that's going in the reverse here. So. The go from this species back to going in the reverse here. So. The go from this species back to this going in the reverse here. So. The go from this species back to this is going in the reverse here. So. The go from this species back to this is a
56:20
going in the reverse here. So. The go from this species back to this is a heterolysis here. So. The go from this species back to this is a heterolysis step here. So. The go from this species back to this is a heterolysis step so here. So. The go from this species back to this is a heterolysis step so the here. So. The go from this species back to this is a heterolysis step so the way here. So. The go from this species back to this is a heterolysis step so the way that
56:29
species back to this is a heterolysis step so the way that happens species back to this is a heterolysis step so the way that happens is species back to this is a heterolysis step so the way that happens is the this is a heterolysis step so the way that happens is the bromine this is a heterolysis step so the way that happens is the bromine carbon this is a heterolysis step so the way that happens is the bromine carbon Bond
56:38
this is a heterolysis step so the way that happens is the bromine carbon Bond. Break this is a heterolysis step so the way that happens is the bromine carbon Bond. Breaks this is a heterolysis step so the way that happens is the bromine carbon Bond. Breaks. So the way that happens is the bromine carbon Bond. Breaks. So make sure the way that happens is the bromine carbon Bond. Breaks. So make sure we this is a heterolysis step so the way that happens is the bromine carbon Bond. Breaks. So
56:48
the way that happens is the bromine carbon Bond. Breaks. So make sure we have the way that happens is the bromine carbon Bond. Breaks. So make sure the way that happens is the bromine carbon Bond. Breaks. So make sure we have the way that happens is the bromine carbon Bond. Breaks. So make sure we the way that happens is the bromine carbon Bond. Breaks. So make sure we have our the way that happens is the bromine carbon Bond. Breaks. So make sure we have our own
56:57
bromine carbon Bond. Breaks. So make sure we have our own pairs there the way that happens is the bromine carbon Bond. Breaks. So make sure we have our own pairs bromine carbon Bond. Breaks. So make sure we have our own pairs there there's bromine carbon Bond. Breaks. So make sure we have our own pairs there there's three bromine carbon Bond. Breaks. So make sure we have our own pairs there there's three lone
57:06
bromine carbon Bond. Breaks. So make sure we have our own pairs there there's three lone pairs make sure we have our own pairs there there's three lone pairs. But make sure we have our own pairs there there's three lone pairs. But that make sure we have our own pairs there there's three lone pairs. But that br make sure we have our own pairs there there's three lone pairs. But that Brom make sure we have our own pairs there there's three lone pairs. But
57:16
make sure we have our own pairs there there's three lone pairs. But that bromy make sure we have our own pairs there there's three lone pairs. But that make sure we have our own pairs there there's three lone pairs. But that bromy own pairs there there's three lone pairs. But that bromy carbon own pairs there there's three lone pairs. But that bromy carbon Bond pairs there there's three lone pairs. But that bromy carbon Bond breaks
57:25
pairs there there's three lone pairs. But that bromy carbon Bond breaks. Like pairs there there's three lone pairs. But that bromy carbon Bond breaks. Like that pairs there there's three lone pairs. But that bromy carbon Bond breaks. Like pairs there there's three lone pairs. But that bromy carbon Bond breaks. Like that pairs there there's three lone pairs. But that bromy carbon Bond breaks. Like that and pairs. But that bromy carbon Bond breaks. Like that and following
57:34
pairs. But that bromy carbon Bond breaks. Like that and following that pairs. But that bromy carbon Bond breaks. Like that and following that pink pairs. But that bromy carbon Bond breaks. Like that and following that Pink pairs. But that bromy carbon Bond breaks. Like that and following that Pink mechanistic Bond breaks. Like that and following that Pink mechanistic Arrow Bond breaks. Like that and following that Pink mechanistic Arrow what
57:43
Bond breaks. Like that and following that Pink mechanistic Arrow what do breaks. Like that and following that Pink mechanistic Arrow what do we breaks. Like that and following that Pink mechanistic Arrow what do we generate breaks. Like that and following that Pink mechanistic Arrow what do we generate. We breaks. Like that and following that Pink mechanistic Arrow what do we generate. We now breaks. Like that and following that Pink mechanistic Arrow what do we generate. We now gener
57:53
breaks. Like that and following that Pink mechanistic Arrow what do we generate. We now generate breaks. Like that and following that Pink mechanistic Arrow what do we generate. We breaks. Like that and following that Pink mechanistic Arrow what do we generate. We now breaks. Like that and following that Pink mechanistic Arrow what do we generate. We now generate that Pink mechanistic Arrow what do we generate. We now generate an
58:02
Pink mechanistic Arrow what do we generate. We now generate an electrophile Pink mechanistic Arrow what do we generate. We now generate an electrophile. And Pink mechanistic Arrow what do we generate. We now generate an electrophile. And are we generate. We now generate an electrophile. And are nucleophile we generate. We now generate an electrophile. And are nucleophile. So we generate. We now generate an electrophile. And are nucleophile. So going
58:11
we generate. We now generate an electrophile. And are nucleophile. So going from we generate. We now generate an electrophile. And are nucleophile. So we generate. We now generate an electrophile. And are nucleophile. So going we generate. We now generate an electrophile. And are nucleophile. So going from we generate. We now generate an electrophile. And are nucleophile. So going from here electrophile. And are nucleophile. So going from here. To
58:20
electrophile. And are nucleophile. So going from here. To there electrophile. And are nucleophile. So going from here. To electrophile. And are nucleophile. So going from here. To there electrophile. And are nucleophile. So going from here. To there is electrophile. And are nucleophile. So going from here. To there is a And are nucleophile. So going from here. To there is a heterolysis And are nucleophile. So going from here. To there is a heterolysis step
58:30
And are nucleophile. So going from here. To there is a heterolysis step. So And are nucleophile. So going from here. To there is a heterolysis step. So you And are nucleophile. So going from here. To there is a heterolysis step. So you do And are nucleophile. So going from here. To there is a heterolysis step. So you do the And are nucleophile. So going from here. To there is a heterolysis step. So And are nucleophile. So going from here. To there is a heterolysis step. So you
58:40
And are nucleophile. So going from here. To there is a heterolysis step. So you do And are nucleophile. So going from here. To there is a heterolysis step. So you do the from here. To there is a heterolysis step. So you do the exact from here. To there is a heterolysis step. So you do the exact same from here. To there is a heterolysis step. So you do the exact same thing from here. To there is a heterolysis step. So you do the exact same thing with
58:49
from here. To there is a heterolysis step. So you do the exact same thing with this a heterolysis step. So you do the exact same thing with this example a heterolysis step. So you do the exact same thing with this example or a heterolysis step. So you do the exact same thing with this example or this So you do the exact same thing with this example or this molecular So you do the exact same thing with this example or this molecular in
58:58
So you do the exact same thing with this example or this molecular in blue So you do the exact same thing with this example or this molecular in blue. You So you do the exact same thing with this example or this molecular in blue. You a So you do the exact same thing with this example or this molecular in blue. Your So you do the exact same thing with this example or this molecular in blue. You a break with this example or this molecular in blue. You would break that
59:07
with this example or this molecular in blue. You would break that floor So you do the exact same thing with this example or this molecular in blue. You with this example or this molecular in blue. You would break that with this example or this molecular in blue. You would break that flooring with this example or this molecular in blue. You would break that flooring aluminum molecular in blue. You would break that flooring aluminum Bond
59:16
molecular in blue. You would break that flooring aluminum Bond you molecular in blue. You would break that flooring aluminum Bond you take molecular in blue. You would break that flooring aluminum Bond you take it molecular in blue. You would break that flooring aluminum Bond you take it. Put molecular in blue. You would break that flooring aluminum Bond you take it. Put the molecular in blue. You would break that flooring aluminum Bond you take it. Put the elect
59:26
molecular in blue. You would break that flooring aluminum Bond you take it. Put molecular in blue. You would break that flooring aluminum Bond you take it. Put the break that flooring aluminum Bond you take it. Put the electrons break that flooring aluminum Bond you take it. Put the electrons there break that flooring aluminum Bond you take it. Put the electrons there. That's break that flooring aluminum Bond you take it. Put the electrons there. That's a
59:35
break that flooring aluminum Bond you take it. Put the electrons there. That's a head break that flooring aluminum Bond you take it. Put the electrons there. That's aluminum Bond you take it. Put the electrons there. That's a header break that flooring aluminum Bond you take it. Put the electrons there. That's a aluminum Bond you take it. Put the electrons there. That's a header aluminum Bond you take it. Put the electrons there. That's a header all
59:45
aluminum Bond you take it. Put the electrons there. That's a header all assist aluminum Bond you take it. Put the electrons there. That's a header all assist step aluminum Bond you take it. Put the electrons there. That's a header all assist step and aluminum Bond you take it. Put the electrons there. That's a header all assist step and now the electrons there. That's a header all assist step and now you the electrons there. That's a header all assist step and now you have
59:54
the electrons there. That's a header all assist step and now you have generated the electrons there. That's a header all assist step and now you have generated the Put the electrons there. That's a header all assist step and now you have generated the aluminum a header all assist step and now you have generated the aluminum trichloride a header all assist step and now you have generated the aluminum trichloride and
1:00:03
a header all assist step and now you have generated the aluminum trichloride and your and now you have generated the aluminum trichloride and your acid and now you have generated the aluminum trichloride and your acid fluoride A A nuc A nucle A nucleoph A A nucleophile A nucleophile addition A nucleophile addition step A nucleophile addition step is A nucleophile addition step is where A nucleophile addition step is where you A nucleophile addition step is where you have a
1:00:13
A nucleophile addition step is where you have A nucleophile addition step is where you have a nucleophile A nucleophile addition step is where you have a nucleophile. And A nucleophile addition step is where you have a nucleophile. And I'm A nucleophile addition step is where you have a nucleophile. And I'm going to A nucleophile addition step is where you have a nucleophile. And A nucleophile addition step is where you have a nucleophile. And I'm
1:00:23
A nucleophile addition step is where you have a nucleophile. And I'm going to A nucleophile addition step is where you have a nucleophile. And I'm going to represent A nucleophile addition step is where you have a nucleophile. And I'm going to represent our where you have a nucleophile. And I'm going to represent our nucleophile where you have a nucleophile. And I'm going to represent our nucleophile. Like where you have a nucleophile. And I'm going to represent our nucleophile. Like that
1:00:33
where you have a nucleophile. And I'm going to represent our nucleophile. Like where you have a nucleophile. And I'm going to represent our nucleophile. Like that where you have a nucleophile. And I'm going to represent our nucleophile. Like that. And where you have a nucleophile. And I'm going to represent our nucleophile. Like that. And then where you have a nucleophile. And I'm going to represent our nucleophile. Like that. And
1:00:42
where you have a nucleophile. And I'm going to represent our nucleophile. Like that. And then And I'm going to represent our nucleophile. Like that. And then we And I'm going to represent our nucleophile. Like that. And then we have And I'm going to represent our nucleophile. Like that. And then we have a And I'm going to represent our nucleophile. Like that. And then we have a polar And I'm going to represent our nucleophile. Like that. And then we have a polar Pi
1:00:52
And I'm going to represent our nucleophile. Like that. And then we have a polar Pi Bond And I'm going to represent our nucleophile. Like that. And then we have a polar Pi Bond. And And I'm going to represent our nucleophile. Like that. And then we have a polar Pi Bond. And a nucleophile. Like that. And then we have a polar Pi Bond. And a pol nucleophile. Like that. And then we have a polar Pi Bond. And a polar
1:01:00
And I'm going to represent our nucleophile. Like that. And then we have a polar Pi Bond. And And I'm going to represent our nucleophile. Like that. And then we have a polar Pi Bond. And a nucleophile. Like that. And then we have a polar Pi Bond. And a polar nucleophile. Like that. And then we have a polar Pi Bond. And a polar Pi nucleophile. Like that. And then we have a polar Pi Bond. And a polar Pi Bond nucleophile. Like that. And then we have a polar Pi Bond. And a polar Pi bond
1:01:10
nucleophile. Like that. And then we have a polar Pi Bond. And a polar Pi bond is nucleophile. Like that. And then we have a polar Pi Bond. And a polar Pi bond is going nucleophile. Like that. And then we have a polar Pi Bond. And a polar Pi bond is going to nucleophile. Like that. And then we have a polar Pi Bond. And a polar Pi bond is going to have nucleophile. Like that. And then we have a polar Pi Bond. And a polar Pi bond is going to have a
1:01:18
we have a polar Pi Bond. And a polar Pi bond is going to have a carbon polar Pi Bond. And a polar Pi bond is going to have a carbon double polar Pi Bond. And a polar Pi bond is going to have a carbon double bonded Bond. And a polar Pi bond is going to have a carbon double bonded to Bond. And a polar Pi bond is going to have a carbon double bonded to an Bond. And a polar Pi bond is going to have a carbon double bonded to an auction
1:01:27
Bond. And a polar Pi bond is going to have a carbon double bonded to an auction is Bond. And a polar Pi bond is going to have a carbon double bonded to an auction is One going to have a carbon double bonded to an auction is One Polarized have a carbon double bonded to an auction is One Polarized Pi Bond have a carbon double bonded to an auction is One Polarized Pi Bond and have a carbon double bonded to an auction is One Polarized Pi Bond and so
1:01:36
have a carbon double bonded to an auction is One Polarized Pi Bond and so is have a carbon double bonded to an auction is One Polarized Pi Bond and so is it have a carbon double bonded to an auction is One Polarized Pi Bond and so is it has have a carbon double bonded to an auction is One Polarized Pi Bond and so is it has some have a carbon double bonded to an auction is One Polarized Pi Bond and so is it has some. Our an auction is One Polarized Pi Bond and so is it has some. Our group
1:01:46
an auction is One Polarized Pi Bond and so is it has some. Our groups an auction is One Polarized Pi Bond and so is it has some. Our groups here have a carbon double bonded to an auction is One Polarized Pi Bond and so is it has some. Our an auction is One Polarized Pi Bond and so is it has some. Our groups an auction is One Polarized Pi Bond and so is it has some. Our groups here an auction is One Polarized Pi Bond and so is it has some. Our groups here doesn't
1:01:56
an auction is One Polarized Pi Bond and so is it has some. Our groups here doesn't really Bond and so is it has some. Our groups here doesn't really matter Bond and so is it has some. Our groups here doesn't really matter what those Bond and so is it has some. Our groups here doesn't really matter what Bond and so is it has some. Our groups here doesn't really matter what those are Bond and so is it has some. Our groups here doesn't really matter what those are. And
1:02:06
Bond and so is it has some. Our groups here doesn't really matter what those are. And so Bond and so is it has some. Our groups here doesn't really matter what those are. And so we groups here doesn't really matter what those are. And so we can Bond and so is it has some. Our groups here doesn't really matter what those are. And Bond and so is it has some. Our groups here doesn't really matter what those are. And so
1:02:14
Bond and so is it has some. Our groups here doesn't really matter what those are. And so we groups here doesn't really matter what those are. And so we can groups here doesn't really matter what those are. And so we can see groups here doesn't really matter what those are. And so we can see that groups here doesn't really matter what those are. And so we can see that this groups here doesn't really matter what those are. And so we can see that this piece
1:02:24
groups here doesn't really matter what those are. And so we can see that this piece right matter what those are. And so we can see that this piece right here matter what those are. And so we can see that this piece right here right matter what those are. And so we can see that this piece right here right there matter what those are. And so we can see that this piece right here right there is matter what those are. And so we can see that this piece right here right there is our
1:02:33
matter what those are. And so we can see that this piece right here right there is our carbonyl can see that this piece right here right there is our carbonyl. And can see that this piece right here right there is our carbonyl. And that's can see that this piece right here right there is our carbonyl. And can see that this piece right here right there is our carbonyl. And that's can see that this piece right here right there is our carbonyl. And that's our
1:02:43
piece right here right there is our carbonyl. And that's our polarized piece right here right there is our carbonyl. And that's our polarized python piece right here right there is our carbonyl. And that's our polarized python because piece right here right there is our carbonyl. And that's our polarized python because the our carbonyl. And that's our polarized python because the auctions our carbonyl. And that's our polarized python because the auctions is
1:02:52
our carbonyl. And that's our polarized python because the auctions is more our carbonyl. And that's our polarized python because the auctions is more electronegative polarized python because the auctions is more electronegative than polarized python because the auctions is more electronegative than the polarized python because the auctions is more electronegative than the carbon polarized python because the auctions is more electronegative than the carbon so
1:03:02
because the auctions is more electronegative than the carbon so it's because the auctions is more electronegative than the carbon so it's polarized because the auctions is more electronegative than the carbon so it's polarized with because the auctions is more electronegative than the carbon so it's polarized with negative electronegative than the carbon so it's polarized with negative partial electronegative than the carbon so it's polarized with negative partial negative
1:03:12
electronegative than the carbon so it's polarized with negative partial negative charge electronegative than the carbon so it's polarized with negative partial negative charge on electronegative than the carbon so it's polarized with negative partial negative charge on the so it's polarized with negative partial negative charge on the oxygen so it's polarized with negative partial negative charge on the oxygen. And so so it's polarized with negative partial negative charge on the oxygen. And
1:03:22
so it's polarized with negative partial negative charge on the oxygen. And so when so it's polarized with negative partial negative charge on the oxygen. And so it's polarized with negative partial negative charge on the oxygen. And so when we so it's polarized with negative partial negative charge on the oxygen. And so so it's polarized with negative partial negative charge on the oxygen. And so when so it's polarized with negative partial negative charge on the oxygen. And so when we have
1:03:32
so it's polarized with negative partial negative charge on the oxygen. And so when we partial negative charge on the oxygen. And so when we have something partial negative charge on the oxygen. And so when we have something like partial negative charge on the oxygen. And so when we have something like this partial negative charge on the oxygen. And so when we have something like this. But partial negative charge on the oxygen. And so when we have something like this. But we
1:03:42
partial negative charge on the oxygen. And so when we have something like this. But we can oxygen. And so when we have something like this. But we can have partial negative charge on the oxygen. And so when we have something like this. But partial negative charge on the oxygen. And so when we have something like this. But we partial negative charge on the oxygen. And so when we have something like this. But we can oxygen. And so when we have something like this. But we can have
1:03:51
oxygen. And so when we have something like this. But we can have happen oxygen. And so when we have something like this. But we can have happen is oxygen. And so when we have something like this. But we can have happen is our oxygen. And so when we have something like this. But we can have happen is our nucleophile something like this. But we can have happen is our nucleophile electronic like this. But we can have happen is our nucleophile electronic species
1:04:01
like this. But we can have happen is our nucleophile electronic species is like this. But we can have happen is our nucleophile electronic species is going to happen is our nucleophile electronic species is going to attack happen is our nucleophile electronic species is going to attack this happen is our nucleophile electronic species is going to attack this molecule nucleophile electronic species is going to attack this molecule and
1:04:10
nucleophile electronic species is going to attack this molecule and this nucleophile electronic species is going to attack this molecule and this carbon nucleophile electronic species is going to attack this molecule and this carbon right nucleophile electronic species is going to attack this molecule and this carbon right here nucleophile electronic species is going to attack this molecule and this carbon right here is is going to attack this molecule and this carbon right here is the
1:04:20
is going to attack this molecule and this carbon right here is the electrophilic is going to attack this molecule and this carbon right here is the electrophilic because is going to attack this molecule and this carbon right here is the electrophilic because when and this carbon right here is the electrophilic because when you and this carbon right here is the electrophilic because when you take and this carbon right here is the electrophilic because when you take a
1:04:29
and this carbon right here is the electrophilic because when you take a look and this carbon right here is the electrophilic because when you take a look at and this carbon right here is the electrophilic because when you take a look at the and this carbon right here is the electrophilic because when you take a look at the resident the electrophilic because when you take a look at the resident structure the electrophilic because when you take a look at the resident structure of
1:04:39
the electrophilic because when you take a look at the resident structure of this the electrophilic because when you take a look at the resident structure of this molecule the electrophilic because when you take a look at the resident structure of this molecule let's you take a look at the resident structure of this molecule let's draw you take a look at the resident structure of this molecule let's draw a you take a look at the resident structure of this molecule let's draw a resonance
1:04:49
you take a look at the resident structure of this molecule let's draw a resonance structure you take a look at the resident structure of this molecule let's draw a resonance structure here structure of this molecule let's draw a resonance structure here. Well structure of this molecule let's draw a resonance structure here. Well let's structure of this molecule let's draw a resonance structure here. Well structure of this molecule let's draw a resonance structure here. Well let's
1:04:59
structure of this molecule let's draw a resonance structure here. Well let's. Red structure of this molecule let's draw a resonance structure here. Well let's. Redr structure of this molecule let's draw a resonance structure here. Well let's. Redraw structure of this molecule let's draw a resonance structure here. Well let's. Redraw this structure of this molecule let's draw a resonance structure here. Well let's. Redraw
1:05:08
structure of this molecule let's draw a resonance structure here. Well let's. Redraw this structure of this molecule let's draw a resonance structure here. Well let's. Redraw this. If structure of this molecule let's draw a resonance structure here. Well let's. Redraw this. If we draw a resonance structure here. Well let's. Redraw this. If we got Well let's. Redraw this. If we got arrest Well let's. Redraw this. If we Well let's. Redraw this. If Well let's. Redraw this. If we got
1:05:18
Well let's. Redraw this. If we got arrested Well let's. Redraw this. If we got arrested structure Well let's. Redraw this. If we got arrested structure of Well let's. Redraw this. If we got arrested structure of this Well let's. Redraw this. If we got arrested structure of this ketone Redraw this. If we got arrested structure of this ketone. We Redraw this. If we got arrested structure of this ketone. We can see Redraw this. If we got arrested structure of this ketone. We can
1:05:29
Redraw this. If we got arrested structure of this ketone. We can see that Redraw this. If we got arrested structure of this ketone. We Redraw this. If we got arrested structure of this ketone. We can Redraw this. If we got arrested structure of this ketone. We can see Redraw this. If we got arrested structure of this ketone. We can see that Redraw this. If we got arrested structure of this ketone. We can see that we
1:05:37
Redraw this. If we got arrested structure of this ketone. We can see that we have Redraw this. If we got arrested structure of this ketone. We can see that we have a If we got arrested structure of this ketone. We can see that we have a rest instruction If we got arrested structure of this ketone. We can see that we have a rest instruction that this ketone. We can see that we have a rest instruction that looks like this ketone. We can see that we have a rest instruction that looks
1:05:47
this ketone. We can see that we have a rest instruction that looks like that this ketone. We can see that we have a rest instruction that looks like that. So this ketone. We can see that we have a rest instruction that looks like that. So that's have a rest instruction that looks like that. So that's going to be have a rest instruction that looks like that. So that's going to this ketone. We can see that we have a rest instruction that looks like that. So
1:05:57
this ketone. We can see that we have a rest instruction that looks like that. So that's have a rest instruction that looks like that. So that's going to have a rest instruction that looks like that. So that's going to be instruction that looks like that. So that's going to be positively instruction that looks like that. So that's going to be positively charged instruction that looks like that. So that's going to be positively charged there
1:06:06
instruction that looks like that. So that's going to be positively charged there. And so instruction that looks like that. So that's going to be positively charged there. And that. So that's going to be positively charged there. And so we instruction that looks like that. So that's going to be positively charged there. And instruction that looks like that. So that's going to be positively charged there. And so that. So that's going to be positively charged there. And so we
1:06:16
that. So that's going to be positively charged there. And so we can that. So that's going to be positively charged there. And so we can see that. So that's going to be positively charged there. And so we can see that this that. So that's going to be positively charged there. And so we can see that that. So that's going to be positively charged there. And so we can see that this carbon positively charged there. And so we can see that this carbon right
1:06:25
positively charged there. And so we can see that this carbon right there So that's going to be positively charged there. And so we can see that this carbon right there is charged there. And so we can see that this carbon right there is electrophilic charged there. And so we can see that this carbon right there is electrophilic so charged there. And so we can see that this carbon right there is electrophilic so our
1:06:34
charged there. And so we can see that this carbon right there is electrophilic so our nucleophile that this carbon right there is electrophilic so our nucleophile right that this carbon right there is electrophilic so our nucleophile right here carbon right there is electrophilic so our nucleophile right here is going to carbon right there is electrophilic so our nucleophile right here is carbon right there is electrophilic so our nucleophile right here is going to come
1:06:43
carbon right there is electrophilic so our nucleophile right here is going to come in electrophilic so our nucleophile right here is going to come in. And electrophilic so our nucleophile right here is going to come in. And attack electrophilic so our nucleophile right here is going to come in. And attack the electrophilic so our nucleophile right here is going to come in. And attack the electron electrophilic so our nucleophile right here is going to come in. And attack the electron for
1:06:53
right here is going to come in. And attack the electron for carbon right here is going to come in. And attack the electron for carbon to right here is going to come in. And attack the electron for carbon to generate right here is going to come in. And attack the electron for carbon to generate. This right here is going to come in. And attack the electron for carbon to generate. This spec right here is going to come in. And attack the electron for carbon to generate. This species
1:07:03
And attack the electron for carbon to generate. This species right right here is going to come in. And attack the electron for carbon to generate. This right here is going to come in. And attack the electron for carbon to generate. This species And attack the electron for carbon to generate. This species right And attack the electron for carbon to generate. This species right here And attack the electron for carbon to generate. This species right here. You
1:07:12
And attack the electron for carbon to generate. This species right here. You still And attack the electron for carbon to generate. This species right here. You still have And attack the electron for carbon to generate. This species right here. You And attack the electron for carbon to generate. This species right here. You still have And attack the electron for carbon to generate. This species right here. You still
1:07:21
And attack the electron for carbon to generate. This species right here. You still have our And attack the electron for carbon to generate. This species right here. You still have our R carbon to generate. This species right here. You still have our R and carbon to generate. This species right here. You still have our R and then carbon to generate. This species right here. You still have our R and then our carbon to generate. This species right here. You still have our R and then our ch3
1:07:31
carbon to generate. This species right here. You still have our R and then our ch3 right there right here. You still have our R and then our ch3 right there. Now right here. You still have our R and then our ch3 right there. Now you right here. You still have our R and then our ch3 right there. Now you could right here. You still have our R and then our ch3 right there. Now you could have still have our R and then our ch3 right there. Now you could have done
1:07:40
right here. You still have our R and then our ch3 right there. Now right here. You still have our R and then our ch3 right there. Now you right here. You still have our R and then our ch3 right there. Now you could right here. You still have our R and then our ch3 right there. Now you could have still have our R and then our ch3 right there. Now you could have done still have our R and then our ch3 right there. Now you could have done this
1:07:49
still have our R and then our ch3 right there. Now you could have done this this still have our R and then our ch3 right there. Now you could have done this this step our ch3 right there. Now you could have done this this step without our ch3 right there. Now you could have done this this step without having our ch3 right there. Now you could have done this this step without having to our ch3 right there. Now you could have done this this step without having to draw
1:07:58
our ch3 right there. Now you could have done this this step without having to draw the our ch3 right there. Now you could have done this this step without having to draw the rest could have done this this step without having to draw the rest of could have done this this step without having to draw the rest of the could have done this this step without having to draw the rest of the structure could have done this this step without having to draw the rest of the structure. You
1:08:08
this step without having to draw the rest of the structure. You could this step without having to draw the rest of the structure. You could have this step without having to draw the rest of the structure. You could have very could have done this this step without having to draw the rest of the structure. You this step without having to draw the rest of the structure. You could this step without having to draw the rest of the structure. You could have very
1:08:17
this step without having to draw the rest of the structure. You could have this step without having to draw the rest of the structure. You could have very well this step without having to draw the rest of the structure. You could have very well have this step without having to draw the rest of the structure. You could have very well have drawn the rest of the structure. You could have very well have drawn it the rest of the structure. You could have very well have drawn it like
1:08:27
the rest of the structure. You could have very well have drawn it like this the rest of the structure. You could have very well have drawn it like this. This the rest of the structure. You could have very well have drawn it like this. This is the rest of the structure. You could have very well have drawn it like this. This the rest of the structure. You could have very well have drawn it like this. This is the rest of the structure. You could have very well have drawn it like this. This is also
1:08:37
the rest of the structure. You could have very well have drawn it like this. This is also valid You could have very well have drawn it like this. This is also valid. And You could have very well have drawn it like this. This is also valid. And so You could have very well have drawn it like this. This is also valid. And You could have very well have drawn it like this. This is also valid. And so drawn it like this. This is also valid. And so they're still there's
1:08:46
drawn it like this. This is also valid. And so they're still there's already drawn it like this. This is also valid. And so they're still there's already two lone drawn it like this. This is also valid. And so they're still there's already two lone pairs This is also valid. And so they're still there's already two lone pairs there This is also valid. And so they're still there's already two lone pairs there. So
1:08:55
This is also valid. And so they're still there's already two lone pairs there. So that they're still there's already two lone pairs there. So that would This is also valid. And so they're still there's already two lone pairs there. So they're still there's already two lone pairs there. So that would give This is also valid. And so they're still there's already two lone pairs there. So that they're still there's already two lone pairs there. So that would
1:09:05
they're still there's already two lone pairs there. So that would give they're still there's already two lone pairs there. So that would give us they're still there's already two lone pairs there. So that would give us exact they're still there's already two lone pairs there. So that would give us exact same they're still there's already two lone pairs there. So that would give us the exact same already two lone pairs there. So that would give us the exact same. Answer
1:09:15
already two lone pairs there. So that would give us the exact same. Answer already two lone pairs there. So that would give us the exact same. Answer as already two lone pairs there. So that would give us the exact same. Answer as already two lone pairs there. So that would give us the exact same. Answer as above already two lone pairs there. So that would give us the exact same. Answer as above. And already two lone pairs there. So that would give us the exact same. Answer as above. And ch
1:09:25
already two lone pairs there. So that would give us the exact same. Answer as above. And ch3 already two lone pairs there. So that would give us the exact same. Answer as above. And already two lone pairs there. So that would give us the exact same. Answer as above. And ch3 that would give us the exact same. Answer as above. And ch3. Like that would give us the exact same. Answer as above. And ch3. Like that that would give us the exact same. Answer as above. And ch3. Like
1:09:34
that would give us the exact same. Answer as above. And ch3. Like that that would give us the exact same. Answer as above. And ch3. Like that. So that would give us the exact same. Answer as above. And ch3. Like that. So both that would give us the exact same. Answer as above. And ch3. Like that. So that would give us the exact same. Answer as above. And ch3. Like that. So both that would give us the exact same. Answer as above. And ch3. Like that. So both work
1:09:44
that would give us the exact same. Answer as above. And ch3. Like that. So both work just same. Answer as above. And ch3. Like that. So both work just fine same. Answer as above. And ch3. Like that. So both work just fine but same. Answer as above. And ch3. Like that. So both work just fine but that same. Answer as above. And ch3. Like that. So both work just fine but that is same. Answer as above. And ch3. Like that. So both work just fine but that is a
1:09:53
same. Answer as above. And ch3. Like that. So both work just fine but that is a nucleophilic Like that. So both work just fine but that is a nucleophilic addition that. So both work just fine but that is a nucleophilic addition step that. So both work just fine but that is a nucleophilic addition step we that. So both work just fine but that is a nucleophilic addition step we have that. So both work just fine but that is a nucleophilic addition step we have a
1:10:02
fine but that is a nucleophilic addition step we have a nucleophile fine but that is a nucleophilic addition step we have a nucleophile attacking is a nucleophilic addition step we have a nucleophile attacking a is a nucleophilic addition step we have a nucleophile attacking a electrophilic is a nucleophilic addition step we have a nucleophile attacking a electrophilic carbon is a nucleophilic addition step we have a nucleophile attacking a electrophilic carbon that
1:10:13
is a nucleophilic addition step we have a nucleophile attacking a electrophilic carbon that is we have a nucleophile attacking a electrophilic carbon that is has we have a nucleophile attacking a electrophilic carbon that is has been we have a nucleophile attacking a electrophilic carbon that is has been polarized we have a nucleophile attacking a electrophilic carbon that is has been polarized it's we have a nucleophile attacking a electrophilic carbon that is has been polarized it's a
1:10:22
a electrophilic carbon that is has been polarized it's a polarized a electrophilic carbon that is has been polarized it's a polarized carbon a electrophilic carbon that is has been polarized it's a polarized carbon a a electrophilic carbon that is has been polarized it's a polarized carbon a Polar a electrophilic carbon that is has been polarized it's a polarized carbon a Polar Ice has been polarized it's a polarized carbon a Polar Ice pipe on
1:10:31
has been polarized it's a polarized carbon a Polar Ice pipe on. So has been polarized it's a polarized carbon a Polar Ice pipe on. So let's has been polarized it's a polarized carbon a Polar Ice pipe on. So let's take has been polarized it's a polarized carbon a Polar Ice pipe on. So has been polarized it's a polarized carbon a Polar Ice pipe on. So let's has been polarized it's a polarized carbon a Polar Ice pipe on. So let's take
1:10:41
has been polarized it's a polarized carbon a Polar Ice pipe on. So let's take a look has been polarized it's a polarized carbon a Polar Ice pipe on. So let's take a has been polarized it's a polarized carbon a Polar Ice pipe on. So let's take a look at polarized carbon a Polar Ice pipe on. So let's take a look at another polarized carbon a Polar Ice pipe on. So let's take a look at another example polarized carbon a Polar Ice pipe on. So let's take a look at another example. Of
1:10:51
polarized carbon a Polar Ice pipe on. So let's take a look at another example. Of this polarized carbon a Polar Ice pipe on. So let's take a look at another example. Of polarized carbon a Polar Ice pipe on. So let's take a look at another example. Of this pipe on. So let's take a look at another example. Of this Elementary pipe on. So let's take a look at another example. Of this Elementary step So let's take a look at another example. Of this Elementary step. What
1:11:00
So let's take a look at another example. Of this Elementary step. What if So let's take a look at another example. Of this Elementary step. What if we So let's take a look at another example. Of this Elementary step. What if we had So let's take a look at another example. Of this Elementary step. What if So let's take a look at another example. Of this Elementary step. What So let's take a look at another example. Of this Elementary step. What if we
1:11:10
So let's take a look at another example. Of this Elementary step. What if we had So let's take a look at another example. Of this Elementary step. What if we had a So let's take a look at another example. Of this Elementary step. What if we had a at the So let's take a look at another example. Of this Elementary step. What if we had a at example. Of this Elementary step. What if we had a at the chloride Of this Elementary step. What if we had a at the chloride. Right
1:11:19
Of this Elementary step. What if we had a at the chloride. Right draw Of this Elementary step. What if we had a at the chloride. Garage Of this Elementary step. What if we had a at the chloride. Garage sales Of this Elementary step. What if we had a at the chloride. Garage sales a Of this Elementary step. What if we had a at the chloride. Garage Of this Elementary step. What if we had a at the chloride. Garage sales Of this Elementary step. What if we had a at the chloride. Garage sales a
1:11:30
Of this Elementary step. What if we had a at the chloride. Garage sales a generic Of this Elementary step. What if we had a at the chloride. Garage sales a generic acid Of this Elementary step. What if we had a at the chloride. Garage sales a generic acid chloride we had a at the chloride. Garage sales a generic acid chloride like we had a at the chloride. Garage sales a generic acid chloride like this What if we had a at the chloride. Garage sales a generic acid chloride like this. And
1:11:40
What if we had a at the chloride. Garage sales a generic acid chloride like this. And if chloride. Garage sales a generic acid chloride like this. And if we chloride. Garage sales a generic acid chloride like this. And if we treated it chloride. Garage sales a generic acid chloride like this. And if we treated it with chloride. Garage sales a generic acid chloride like this. And if we treated it with some acid chloride like this. And if we treated it with some hydroxide
1:11:49
acid chloride like this. And if we treated it with some hydroxide like chloride like this. And if we treated it with some hydroxide like so chloride like this. And if we treated it with some hydroxide like so. All right chloride like this. And if we treated it with some hydroxide like so. All right. So chloride like this. And if we treated it with some hydroxide like so. All right. So that chloride like this. And if we treated it with some hydroxide like so. All right. So that is
1:11:59
chloride like this. And if we treated it with some hydroxide like so. All right. So chloride like this. And if we treated it with some hydroxide like so. All right. So that chloride like this. And if we treated it with some hydroxide like so. All right. So that is chloride like this. And if we treated it with some hydroxide like so. All right. So that is a treated it with some hydroxide like so. All right. So that is a carbonyl
1:12:07
treated it with some hydroxide like so. All right. So that is a carbonyl carbon treated it with some hydroxide like so. All right. So that is a carbonyl carbon. So hydroxide like so. All right. So that is a carbonyl carbon. So that's hydroxide like so. All right. So that is a carbonyl carbon. So that's going to hydroxide like so. All right. So that is a carbonyl carbon. So that's going to be treated it with some hydroxide like so. All right. So that is a carbonyl carbon. So
1:12:17
hydroxide like so. All right. So that is a carbonyl carbon. So that's hydroxide like so. All right. So that is a carbonyl carbon. So that's going to hydroxide like so. All right. So that is a carbonyl carbon. So that's going to be hydroxide like so. All right. So that is a carbonyl carbon. So that's going to be electron that is a carbonyl carbon. So that's going to be electron. That's NE that is a carbonyl carbon. So that's going to be electron. That's
1:12:27
that is a carbonyl carbon. So that's going to be electron. That's neg that is a carbonyl carbon. So that's going to be electron. That's negative that is a carbonyl carbon. So that's going to be electron. That's negatively that is a carbonyl carbon. So that's going to be electron. That's that is a carbonyl carbon. So that's going to be electron. That's negatively carbon. So that's going to be electron. That's negatively charged carbon. So that's going to be electron. That's negatively charged so
1:12:38
that's going to be electron. That's negatively charged so that's that's going to be electron. That's negatively charged so that's going to that's going to be electron. That's negatively charged so that's going to be that's going to be electron. That's negatively charged so that's going to be our That's negatively charged so that's going to be our nucleophile That's negatively charged so that's going to be our nucleophile. So
1:12:48
That's negatively charged so that's going to be our nucleophile. So let's That's negatively charged so that's going to be our nucleophile. So let's take That's negatively charged so that's going to be our nucleophile. So That's negatively charged so that's going to be our nucleophile. So let's That's negatively charged so that's going to be our nucleophile. So let's take That's negatively charged so that's going to be our nucleophile. So let's take. Yeah
1:12:58
that's going to be our nucleophile. So let's take. Yeah let's that's going to be our nucleophile. So let's take. Yeah let's take that that's going to be our nucleophile. So let's take. Yeah let's take That's negatively charged so that's going to be our nucleophile. So let's take. Yeah that's going to be our nucleophile. So let's take. Yeah let's that's going to be our nucleophile. So let's take. Yeah let's take that's going to be our nucleophile. So let's take. Yeah let's take that
1:13:09
that's going to be our nucleophile. So let's take. Yeah let's take that lone that's going to be our nucleophile. So let's take. Yeah let's take that lone pair that's going to be our nucleophile. So let's take. Yeah let's take that lone pair right nucleophile. So let's take. Yeah let's take that lone pair right there nucleophile. So let's take. Yeah let's take that lone pair right there that's nucleophile. So let's take. Yeah let's take that lone pair right there that's going to
1:13:19
nucleophile. So let's take. Yeah let's take that lone pair right there that's going to come nucleophile. So let's take. Yeah let's take that lone pair right there that's going to come in let's take that lone pair right there that's going to come in. And let's take that lone pair right there that's going to come in. And attack that lone pair right there that's going to come in. And attack like let's take that lone pair right there that's going to come in. And
1:13:29
let's take that lone pair right there that's going to come in. And attack that lone pair right there that's going to come in. And attack like that lone pair right there that's going to come in. And attack like so that lone pair right there that's going to come in. And attack like so. And Yeah let's take that lone pair right there that's going to come in. And attack like so. And that right there that's going to come in. And attack like so. And that will give
1:13:39
right there that's going to come in. And attack like so. And that will that lone pair right there that's going to come in. And attack like so. And Yeah let's take that lone pair right there that's going to come in. And attack like so. And that right there that's going to come in. And attack like so. And that will right there that's going to come in. And attack like so. And that will give right there that's going to come in. And attack like so. And that will give us
1:13:49
right there that's going to come in. And attack like so. And that will give us. Maybe right there that's going to come in. And attack like so. And that will give us. Legally right there that's going to come in. And attack like so. And that will give us. Legally charged right there that's going to come in. And attack like so. And that will give us. Legally right there that's going to come in. And attack like so. And that will give us. Legally charged
1:13:58
And attack like so. And that will give us. Legally charged or And attack like so. And that will give us. Legally charged or chlorine And attack like so. And that will give us. Legally charged or chlorine is And attack like so. And that will give us. Legally charged or chlorine is still And attack like so. And that will give us. Legally charged or chlorine is still there And attack like so. And that will give us. Legally charged or chlorine is still there. And
1:14:07
And that will give us. Legally charged or chlorine is still there. And then And that will give us. Legally charged or chlorine is still there. And And that will give us. Legally charged or chlorine is still there. And then And that will give us. Legally charged or chlorine is still there. And then. Oh And that will give us. Legally charged or chlorine is still there. And then. Always And that will give us. Legally charged or chlorine is still there. And then. Always just
1:14:16
charged or chlorine is still there. And then. Always just like charged or chlorine is still there. And then. Always just like that And that will give us. Legally charged or chlorine is still there. And then. Always And that will give us. Legally charged or chlorine is still there. And then. Always just charged or chlorine is still there. And then. Always just like charged or chlorine is still there. And then. Always just like that
1:14:25
charged or chlorine is still there. And then. Always just like that. All right Legally charged or chlorine is still there. And then. Always just like that. All right. So still there. And then. Always just like that. All right. So that still there. And then. Always just like that. All right. So that is Legally charged or chlorine is still there. And then. Always just like that. All right. So still there. And then. Always just like that. All right. So that
1:14:35
still there. And then. Always just like that. All right. So that is still there. And then. Always just like that. All right. So that is another just like that. All right. So that is another. So that is another just like that. All right. So that is another. So that is another nucleophilic All right. So that is another. So that is another nucleophilic addition right. So that is another. So that is another nucleophilic addition step The The next The next The The next Elementary
1:14:44
The next Elementary step The next Elementary step is The next Elementary step is a The next Elementary step is a nucleophile The next Elementary step is a nucleophile elimination The next Elementary step is a nucleophile elimination now I The next Elementary step is a nucleophile elimination now The next Elementary step is a nucleophile elimination now I know The next Elementary step is a nucleophile elimination now I know the
1:14:55
The next Elementary step is a nucleophile elimination now I know the previous The next Elementary step is a nucleophile elimination now I know the previous mechanism nucleophile elimination now I know the previous mechanism. Sounds nucleophile elimination now I know the previous mechanism. Sounds very nucleophile elimination now I know the previous mechanism. Sounds nucleophile elimination now I know the previous mechanism. Sounds very
1:15:04
nucleophile elimination now I know the previous mechanism. Sounds very similar nucleophile elimination now I know the previous mechanism. Sounds very similar so nucleophile elimination now I know the previous mechanism. Sounds very similar so this nucleophile elimination now I know the previous mechanism. Sounds very similar so this step know the previous mechanism. Sounds very similar so this step right here know the previous mechanism. Sounds very similar so this step right
1:15:13
know the previous mechanism. Sounds very similar so this step right here to know the previous mechanism. Sounds very similar so this step right here to there know the previous mechanism. Sounds very similar so this step right here to there is know the previous mechanism. Sounds very similar so this step right here to there is called Sounds very similar so this step right here to there is called our Sounds very similar so this step right here to there is called our nucleophilic
1:15:23
Sounds very similar so this step right here to there is called our nucleophilic addition Sounds very similar so this step right here to there is called our nucleophilic addition so right here to there is called our nucleophilic addition so that's right here to there is called our nucleophilic addition so that's our right here to there is called our nucleophilic addition so that's our nucleophilic right here to there is called our nucleophilic addition so that's our nucleophilic addition
1:15:33
our nucleophilic addition so that's our nucleophilic addition step our nucleophilic addition so that's our nucleophilic addition step right our nucleophilic addition so that's our nucleophilic addition step right here our nucleophilic addition so that's our nucleophilic addition step right here. And our nucleophilic addition so that's our nucleophilic addition step right here. And Now our nucleophilic addition so that's our nucleophilic addition step right here. And now we're
1:15:43
our nucleophilic addition so that's our nucleophilic addition step right here. And our nucleophilic addition so that's our nucleophilic addition step right here. And now our nucleophilic addition so that's our nucleophilic addition step right here. And now we're that's our nucleophilic addition step right here. And now we're going to that's our nucleophilic addition step right here. And now we're going to do that's our nucleophilic addition step right here. And now we're going to do a
1:15:54
that's our nucleophilic addition step right here. And now we're going to do a nucleophile step right here. And now we're going to do a nucleophile elimination step right here. And now we're going to do a nucleophile elimination. And step right here. And now we're going to do a nucleophile elimination. And that step right here. And now we're going to do a nucleophile elimination. And step right here. And now we're going to do a nucleophile elimination. And that
1:16:03
step right here. And now we're going to do a nucleophile elimination. And that. Nuc step right here. And now we're going to do a nucleophile elimination. And that. Nucle step right here. And now we're going to do a nucleophile elimination. And that. Nucleoph going to do a nucleophile elimination. And that. Nucleophile going to do a nucleophile elimination. And that. Nucleophile elimination going to do a nucleophile elimination. And that. Nucleophile elimination. Is
1:16:12
nucleophile elimination. And that. Nucleophile elimination. Is where going to do a nucleophile elimination. And that. Nucleophile elimination. Is nucleophile elimination. And that. Nucleophile elimination. Is where nucleophile elimination. And that. Nucleophile elimination. Is where. You nucleophile elimination. And that. Nucleophile elimination. Is where. You can nucleophile elimination. And that. Nucleophile elimination. Is where. You
1:16:22
nucleophile elimination. And that. Nucleophile elimination. Is where. You can nucleophile elimination. And that. Nucleophile elimination. Is where. You can. Your starting nucleophile elimination. And that. Nucleophile elimination. Is where. You can. You're that. Nucleophile elimination. Is where. You can. Your starting with that. Nucleophile elimination. Is where. You can. You're starting with that. Nucleophile elimination. Is where. You can. You're starting with this
1:16:31
that. Nucleophile elimination. Is where. You can. You're starting with that. Nucleophile elimination. Is where. You can. You're starting with this that. Nucleophile elimination. Is where. You can. You're starting with this species that. Nucleophile elimination. Is where. You can. You're starting with this species okay elimination. Is where. You can. You're starting with this species okay. So elimination. Is where. You can. You're starting with this species okay. So if
1:16:41
elimination. Is where. You can. You're starting with this species okay. So if we where. You can. You're starting with this species okay. So if we start elimination. Is where. You can. You're starting with this species okay. So elimination. Is where. You can. You're starting with this species okay. So if elimination. Is where. You can. You're starting with this species okay. So if we where. You can. You're starting with this species okay. So if we start
1:16:50
where. You can. You're starting with this species okay. So if we start with where. You can. You're starting with this species okay. So if we start with this where. You can. You're starting with this species okay. So if we start with this species where. You can. You're starting with this species okay. So if we start with this species and starting with this species okay. So if we start with this species and do starting with this species okay. So if we start with this species and do this
1:17:00
this species okay. So if we start with this species and do this mechanism species okay. So if we start with this species and do this mechanism that species okay. So if we start with this species and do this mechanism that I'm species okay. So if we start with this species and do this mechanism that I'm about species okay. So if we start with this species and do this mechanism that I'm about to species okay. So if we start with this species and do this mechanism that I'm about to do
1:17:10
with this species and do this mechanism that I'm about to do. Like with this species and do this mechanism that I'm about to do. Like this with this species and do this mechanism that I'm about to do. Like with this species and do this mechanism that I'm about to do. Like this with this species and do this mechanism that I'm about to do. Like this. Is with this species and do this mechanism that I'm about to do. Like this. Is CHL and do this mechanism that I'm about to do. Like this. Is chlorine
1:17:21
and do this mechanism that I'm about to do. Like this. Is chlorines are with this species and do this mechanism that I'm about to do. Like this. Is and do this mechanism that I'm about to do. Like this. Is chlorines are and do this mechanism that I'm about to do. Like this. Is chlorines are good and do this mechanism that I'm about to do. Like this. Is chlorines are good leaving about to do. Like this. Is chlorines are good leaving groups
1:17:30
about to do. Like this. Is chlorines are good leaving groups we about to do. Like this. Is chlorines are good leaving groups we will generate about to do. Like this. Is chlorines are good leaving groups about to do. Like this. Is chlorines are good leaving groups. Our about to do. Like this. Is chlorines are good leaving groups. Our product about to do. Like this. Is chlorines are good leaving groups. Our product that
1:17:39
about to do. Like this. Is chlorines are good leaving groups. Our product that looks chlorines are good leaving groups. Our product that looks like about to do. Like this. Is chlorines are good leaving groups. Our about to do. Like this. Is chlorines are good leaving groups. Our product about to do. Like this. Is chlorines are good leaving groups. Our product that about to do. Like this. Is chlorines are good leaving groups. Our product that looks
1:17:48
chlorines are good leaving groups. Our product that looks like chlorines are good leaving groups. Our product that looks like this Like this. Is chlorines are good leaving groups. Our product that looks like this. We Like this. Is chlorines are good leaving groups. Our product that looks like this. We would Is chlorines are good leaving groups. Our product that looks like this. We would generate Is chlorines are good leaving groups. Our product that looks like this. We would gener
1:17:58
Is chlorines are good leaving groups. Our product that looks like this. We Is chlorines are good leaving groups. Our product that looks like this. We would Is chlorines are good leaving groups. Our product that looks like this. We would generate Is chlorines are good leaving groups. Our product that looks like this. We would generate our groups. Our product that looks like this. We would generate our carboxylic groups. Our product that looks like this. We would generate our carboxylic acid
1:18:08
groups. Our product that looks like this. We would generate our carboxylic acid and groups. Our product that looks like this. We would generate our carboxylic acid and then groups. Our product that looks like this. We would generate our carboxylic acid and then our like this. We would generate our carboxylic acid and then our chloride this. We would generate our carboxylic acid and then our chloride right this. We would generate our carboxylic acid and then our chloride right here
1:18:17
this. We would generate our carboxylic acid and then our chloride right here. Would this. We would generate our carboxylic acid and then our chloride right here. Would be carboxylic acid and then our chloride right here. Would be just carboxylic acid and then our chloride right here. Would be just floating carboxylic acid and then our chloride right here. Would be just Flo this. We would generate our carboxylic acid and then our chloride right here. Would be
1:18:27
this. We would generate our carboxylic acid and then our chloride right here. Would carboxylic acid and then our chloride right here. Would be just carboxylic acid and then our chloride right here. Would be just floating acid and then our chloride right here. Would be just floating around acid and then our chloride right here. Would be just floating around. So acid and then our chloride right here. Would be just floating around. So when you
1:18:36
acid and then our chloride right here. Would be just floating around. So when acid and then our chloride right here. Would be just floating around. So when you have acid and then our chloride right here. Would be just floating around. So acid and then our chloride right here. Would be just floating around. So when acid and then our chloride right here. Would be just floating around. So when you acid and then our chloride right here. Would be just floating around. So when you have
1:18:45
acid and then our chloride right here. Would be just floating around. So when you have a here. Would be just floating around. So when you have a species here. Would be just floating around. So when you have a species. That here. Would be just floating around. So when you have a species. That looks here. Would be just floating around. So when you have a species. That looks like here. Would be just floating around. So when you have a species. That
1:18:54
here. Would be just floating around. So when you have a species. That looks here. Would be just floating around. So when you have a species. That looks like here. Would be just floating around. So when you have a species. That looks like this around. So when you have a species. That looks like this and around. So when you have a species. That looks like this and what around. So when you have a species. That looks like this and what we
1:19:04
Would be just floating around. So when you have a species. That looks like this and what we call So when you have a species. That looks like this and what we call this So when you have a species. That looks like this and what we call this is So when you have a species. That looks like this and what we call this is a So when you have a species. That looks like this and what we call this is a tetrahedral looks like this and what we call this is a tetrahedral intermediate
1:19:13
looks like this and what we call this is a tetrahedral intermediate. So looks like this and what we call this is a tetrahedral intermediate. So we looks like this and what we call this is a tetrahedral intermediate. So we have looks like this and what we call this is a tetrahedral intermediate. So looks like this and what we call this is a tetrahedral intermediate. So we looks like this and what we call this is a tetrahedral intermediate. So we have this
1:19:22
call this is a tetrahedral intermediate. So we have this ticker heater call this is a tetrahedral intermediate. So we have this ticker heater intermediate intermediate. So we have this ticker heater intermediate because intermediate. So we have this ticker heater intermediate because we intermediate. So we have this ticker heater intermediate because we have intermediate. So we have this ticker heater intermediate because we have a
1:19:31
intermediate. So we have this ticker heater intermediate because we have a carbon intermediate. So we have this ticker heater intermediate because we have a carbon here ticker heater intermediate because we have a carbon here that has ticker heater intermediate because we have a carbon here that ticker heater intermediate because we have a carbon here that has four ticker heater intermediate because we have a carbon here that has four groups
1:19:40
intermediate because we have a carbon here that has four groups one intermediate because we have a carbon here that has four groups one two intermediate because we have a carbon here that has four groups one two three intermediate because we have a carbon here that has four groups one two three four intermediate because we have a carbon here that has four groups one two three four. And intermediate because we have a carbon here that has four groups one two three four. And what
1:19:50
intermediate because we have a carbon here that has four groups one two three four. And what are carbon here that has four groups one two three four. And what are those carbon here that has four groups one two three four. And what are those groups carbon here that has four groups one two three four. And what are those groups. Is carbon here that has four groups one two three four. And what are those groups. Is a
1:19:58
carbon here that has four groups one two three four. And what are those groups. Is a good carbon here that has four groups one two three four. And what are those groups. Is carbon here that has four groups one two three four. And what are those groups. Is a carbon here that has four groups one two three four. And what are those groups. Is a good carbon here that has four groups one two three four. And what are those groups. Is a good leaving
1:20:07
one two three four. And what are those groups. Is a good leaving group one two three four. And what are those groups. Is a good leaving group. And one two three four. And what are those groups. Is a good leaving group. And so one two three four. And what are those groups. Is a good leaving group. And so when one two three four. And what are those groups. Is a good leaving group. And one two three four. And what are those groups. Is a good leaving group. And so when you
1:20:16
one two three four. And what are those groups. Is a good leaving group. And so one two three four. And what are those groups. Is a good leaving group. And so when one two three four. And what are those groups. Is a good leaving group. And so when you one two three four. And what are those groups. Is a good leaving group. And so when you have one two three four. And what are those groups. Is a good leaving group. And so when you have this
1:20:25
those groups. Is a good leaving group. And so when you have this tetrahed good leaving group. And so when you have this tetrahed tetrahedral good leaving group. And so when you have this tetrahed tetrahedral intermediate good leaving group. And so when you have this tetrahed tetrahedral intermediate you're when you have this tetrahed tetrahedral intermediate you're going to when you have this tetrahed tetrahedral intermediate you're going to have
1:20:34
when you have this tetrahed tetrahedral intermediate you're going to have a when you have this tetrahed tetrahedral intermediate you're going to have a negatively tetrahed tetrahedral intermediate you're going to have a negatively charged intermediate you're going to have a negatively charged species intermediate you're going to have a negatively charged species that intermediate you're going to have a negatively charged species that has
1:20:44
intermediate you're going to have a negatively charged species that has some intermediate you're going to have a negatively charged species that has some electrons have a negatively charged species that has some electrons that have a negatively charged species that has some electrons that can have a negatively charged species that has some electrons that can collapse have a negatively charged species that has some electrons that can collapse back
1:20:53
have a negatively charged species that has some electrons that can collapse back down have a negatively charged species that has some electrons that can collapse back down to species that has some electrons that can collapse back down to kick species that has some electrons that can collapse back down to kick help species that has some electrons that can collapse back down to kick help kick species that has some electrons that can collapse back down to kick help kick off
1:21:03
species that has some electrons that can collapse back down to kick help kick off the leaving that can collapse back down to kick help kick off the leaving group that can collapse back down to kick help kick off the leaving group to that can collapse back down to kick help kick off the leaving group to give that can collapse back down to kick help kick off the leaving group to give us that can collapse back down to kick help kick off the leaving group to give us this
1:21:12
that can collapse back down to kick help kick off the leaving group to give us this product that can collapse back down to kick help kick off the leaving group to give us this product so kick help kick off the leaving group to give us this product so this kick help kick off the leaving group to give us this product so this is kick help kick off the leaving group to give us this product so this is an kick help kick off the leaving group to give us this product so this is an example
1:21:22
kick help kick off the leaving group to give us this product so this is an example of kick help kick off the leaving group to give us this product so this is an example of a group to give us this product so this is an example of a nucleophile group to give us this product so this is an example of a nucleophile illumination group to give us this product so this is an example of a nucleophile illumination right this is an example of a nucleophile illumination right here
1:21:31
this is an example of a nucleophile illumination right here that this is an example of a nucleophile illumination right here that one this is an example of a nucleophile illumination right here that one right this is an example of a nucleophile illumination right here that one right there this is an example of a nucleophile illumination right here that one right there is the this is an example of a nucleophile illumination right here that one right there is
1:21:41
nucleophile illumination right here that one right there is the nucleophile nucleophile illumination right here that one right there is the nucleophile elimination nucleophile illumination right here that one right there is the nucleophile elimination. So here that one right there is the nucleophile elimination. So let's here that one right there is the nucleophile elimination. So let's do here that one right there is the nucleophile elimination. So let's do another
1:21:50
nucleophile illumination right here that one right there is the nucleophile elimination. So here that one right there is the nucleophile elimination. So let's here that one right there is the nucleophile elimination. So let's do another here that one right there is the nucleophile elimination. So let's do here that one right there is the nucleophile elimination. So let's do another nucleophile nucleophile elimination. So let's do another nucleophile elimination
1:22:00
nucleophile elimination. So let's do another nucleophile elimination. Step nucleophile elimination. So let's do another nucleophile elimination. Step here nucleophile elimination. So let's do another nucleophile elimination. Step nucleophile elimination. So let's do another nucleophile elimination. Step here nucleophile elimination. So let's do another nucleophile elimination. Step here. So nucleophile elimination. So let's do another nucleophile elimination. Step here. So what
1:22:09
let's do another nucleophile elimination. Step here. So what if nucleophile elimination. So let's do another nucleophile elimination. Step here. So nucleophile elimination. So let's do another nucleophile elimination. Step here. So what let's do another nucleophile elimination. Step here. So what if let's do another nucleophile elimination. Step here. So what if we let's do another nucleophile elimination. Step here. So what if we had
1:22:19
let's do another nucleophile elimination. Step here. So what if we had. Let's let's do another nucleophile elimination. Step here. So what if we had. Let's just let's do another nucleophile elimination. Step here. So what if we had. Let's just say let's do another nucleophile elimination. Step here. So what if we had. Let's just say we So let's do another nucleophile elimination. Step here. So what if we had. Let's just say we had
1:22:28
let's do another nucleophile elimination. Step here. So what if we had. Let's just let's do another nucleophile elimination. Step here. So what if we had. Let's let's do another nucleophile elimination. Step here. So what if we had. Let's just say let's do another nucleophile elimination. Step here. So what if we had. Let's just say we So let's do another nucleophile elimination. Step here. So what if we had. Let's just say we had
1:22:37
elimination. Step here. So what if we had. Let's just say we had a elimination. Step here. So what if we had. Let's just say we had a molecule elimination. Step here. So what if we had. Let's just say we had a molecule that looks elimination. Step here. So what if we had. Let's just say we had a molecule that elimination. Step here. So what if we had. Let's just say we had a molecule that looks like elimination. Step here. So what if we had. Let's just say we had a molecule that looks like this
1:22:47
if we had. Let's just say we had a molecule that looks like this right if we had. Let's just say we had a molecule that looks like this right here Let's just say we had a molecule that looks like this right here. And Let's just say we had a molecule that looks like this right here. And I Let's just say we had a molecule that looks like this right here. And Let's just say we had a molecule that looks like this right here. And I have
1:22:56
Let's just say we had a molecule that looks like this right here. And I Let's just say we had a molecule that looks like this right here. And I have say we had a molecule that looks like this right here. And I have. Water say we had a molecule that looks like this right here. And I have. Water. On say we had a molecule that looks like this right here. And I have. Water. On that Let's just say we had a molecule that looks like this right here. And I have. Water. On that car
1:23:06
that looks like this right here. And I have. Water. On that carbon say we had a molecule that looks like this right here. And I have. Water. On say we had a molecule that looks like this right here. And I have. Water. On that that looks like this right here. And I have. Water. On that carbon that looks like this right here. And I have. Water. On that carbon and that looks like this right here. And I have. Water. On that carbon and then
1:23:15
that looks like this right here. And I have. Water. On that carbon and then I that looks like this right here. And I have. Water. On that carbon and then I also that looks like this right here. And I have. Water. On that carbon and then I also have And I have. Water. On that carbon and then I also have. What And I have. Water. On that carbon and then I also have. What does And I have. Water. On that carbon and then I also have. What does that
1:23:24
And I have. Water. On that carbon and then I also have. What And I have. Water. On that carbon and then I also have. What other species And I have. Water. On that carbon and then I also have. What other species. A And I have. Water. On that carbon and then I also have. What other species. A nit And I have. Water. On that carbon and then I also have. What other species. A Nitro And I have. Water. On that carbon and then I also have. What other species. A nitrogen
1:23:33
And I have. Water. On that carbon and then I also have. What other species. A And I have. Water. On that carbon and then I also have. What other species. A nitrogen carbon and then I also have. What other species. A nitrogen species carbon and then I also have. What other species. A nitrogen species. H carbon and then I also have. What other species. A nitrogen species. HHH Water. On that carbon and then I also have. What other species. A nitrogen species. HHH something
1:23:43
Water. On that carbon and then I also have. What other species. A nitrogen species. Something Water. On that carbon and then I also have. What other species. A nitrogen species. Something like Water. On that carbon and then I also have. What other species. A nitrogen species. HHH something have. What other species. A nitrogen species. Something like that Water. On that carbon and then I also have. What other species. A nitrogen species. Something like
1:23:52
have. What other species. A nitrogen species. Something like that have. What other species. A nitrogen species. Something like that. Now have. What other species. A nitrogen species. Something like that. Now in have. What other species. A nitrogen species. Something like that. Now in the have. What other species. A nitrogen species. Something like that. Now in the nuc have. What other species. A nitrogen species. Something like that. Now in a
1:24:01
have. What other species. A nitrogen species. Something like that. Now in the nucle have. What other species. A nitrogen species. Something like that. Now have. What other species. A nitrogen species. Something like that. Now in have. What other species. A nitrogen species. Something like that. Now in the have. What other species. A nitrogen species. Something like that. Now in the nucleophile nitrogen species. Something like that. Now in the nucleophile elimination
1:24:10
species. Something like that. Now in the nucleophile elimination we species. Something like that. Now in the nucleophile elimination we can take species. Something like that. Now in the nucleophile elimination we can species. Something like that. Now in the nucleophile elimination we can take this like that. Now in the nucleophile elimination we can take this lone like that. Now in the nucleophile elimination we can take this lone pair
1:24:19
like that. Now in the nucleophile elimination we can take this lone pair. On like that. Now in the nucleophile elimination we can take this lone pair. On this like that. Now in the nucleophile elimination we can take this lone pair. On like that. Now in the nucleophile elimination we can take this lone pair. On this nucleophile elimination we can take this lone pair. On this nitrogen nucleophile elimination we can take this lone pair. On this nitrogen. And
1:24:29
nucleophile elimination we can take this lone pair. On this nitrogen. And we nucleophile elimination we can take this lone pair. On this nitrogen. And nucleophile elimination we can take this lone pair. On this nitrogen. And we nucleophile elimination we can take this lone pair. On this nitrogen. And we can elimination we can take this lone pair. On this nitrogen. And we can collapse it elimination we can take this lone pair. On this nitrogen. And we can collapse
1:24:38
elimination we can take this lone pair. On this nitrogen. And we can collapse it down elimination we can take this lone pair. On this nitrogen. And we can collapse it down. And lone pair. On this nitrogen. And we can collapse it down. And then elimination we can take this lone pair. On this nitrogen. And we can collapse it down. And lone pair. On this nitrogen. And we can collapse it down. And then lone pair. On this nitrogen. And we can collapse it down. And then kicking
1:24:48
lone pair. On this nitrogen. And we can collapse it down. And then kicking off lone pair. On this nitrogen. And we can collapse it down. And then kicking off a leaving group we can collapse it down. And then kicking off a leaving group and we can collapse it down. And then kicking off a leaving group and water collapse it down. And then kicking off a leaving group and water is collapse it down. And then kicking off a leaving group and water is a
1:24:57
collapse it down. And then kicking off a leaving group and water is a good collapse it down. And then kicking off a leaving group and water is a good leaving then kicking off a leaving group and water is a good leaving group then kicking off a leaving group and water is a good leaving group. So then kicking off a leaving group and water is a good leaving group. So what then kicking off a leaving group and water is a good leaving group. So
1:25:06
then kicking off a leaving group and water is a good leaving group. So what then kicking off a leaving group and water is a good leaving group. So what would it the group and water is a good leaving group. So what would it the module group and water is a good leaving group. So what would it the module now group and water is a good leaving group. So what would it the module now look group and water is a good leaving group. So what would it the module now look like
1:25:15
group and water is a good leaving group. So what would it the module now look like. Well leaving group. So what would it the module now look like. Well water leaving group. So what would it the module now look like. Well water is leaving group. So what would it the module now look like. Well water is left leaving group. So what would it the module now look like. Well water is left so leaving group. So what would it the module now look like. Well water is left so we
1:25:25
leaving group. So what would it the module now look like. Well water is left so we have leaving group. So what would it the module now look like. Well water is left so we have water the module now look like. Well water is left so we have water floating the module now look like. Well water is left so we have water floating around look like. Well water is left so we have water floating around. And look like. Well water is left so we have water floating around. And then
1:25:34
look like. Well water is left so we have water floating around. And then we look like. Well water is left so we have water floating around. And look like. Well water is left so we have water floating around. And then look like. Well water is left so we have water floating around. And then we look like. Well water is left so we have water floating around. And then we would look like. Well water is left so we have water floating around. And then we would have
1:25:44
look like. Well water is left so we have water floating around. And then we would have our we have water floating around. And then we would have our nitrogen we have water floating around. And then we would have our nitrogen atom water floating around. And then we would have our nitrogen atom. To water floating around. And then we would have our nitrogen atom. To hyd water floating around. And then we would have our nitrogen atom. To hydro
1:25:52
water floating around. And then we would have our nitrogen atom. To hydrogens water floating around. And then we would have our nitrogen atom. To hydrog water floating around. And then we would have our nitrogen atom. To water floating around. And then we would have our nitrogen atom. To hydrogens water floating around. And then we would have our nitrogen atom. To hydrogens. And water floating around. And then we would have our nitrogen atom. To hydrogens. And what
1:26:02
water floating around. And then we would have our nitrogen atom. To hydrogens. And what did water floating around. And then we would have our nitrogen atom. To hydrogens. And what did I water floating around. And then we would have our nitrogen atom. To hydrogens. And what did I do water floating around. And then we would have our nitrogen atom. To hydrogens. And water floating around. And then we would have our nitrogen atom. To hydrogens. And what
1:26:11
water floating around. And then we would have our nitrogen atom. To hydrogens. And what did water floating around. And then we would have our nitrogen atom. To hydrogens. And what did I water floating around. And then we would have our nitrogen atom. To hydrogens. And what did I do we would have our nitrogen atom. To hydrogens. And what did I do with we would have our nitrogen atom. To hydrogens. And what did I do with that
1:26:19
we would have our nitrogen atom. To hydrogens. And what did I do with that lone we would have our nitrogen atom. To hydrogens. And what did I do with that lone pair nitrogen atom. To hydrogens. And what did I do with that lone pair on nitrogen atom. To hydrogens. And what did I do with that lone pair on the nitrogen atom. To hydrogens. And what did I do with that lone pair on the nitrogen nitrogen atom. To hydrogens. And what did I do with that lone pair on the nitrogen I
1:26:29
nitrogen atom. To hydrogens. And what did I do with that lone pair on the nitrogen I formed nitrogen atom. To hydrogens. And what did I do with that lone pair on the nitrogen I formed a what did I do with that lone pair on the nitrogen I formed a double what did I do with that lone pair on the nitrogen I formed a double bond what did I do with that lone pair on the nitrogen I formed a double bond with with that lone pair on the nitrogen I formed a double bond with that
1:26:38
with that lone pair on the nitrogen I formed a double bond with that carbon And what did I do with that lone pair on the nitrogen I formed a double bond with that carbon and pair on the nitrogen I formed a double bond with that carbon and so pair on the nitrogen I formed a double bond with that carbon and so now pair on the nitrogen I formed a double bond with that carbon and so now that pair on the nitrogen I formed a double bond with that carbon and so now that nitrogen
1:26:48
pair on the nitrogen I formed a double bond with that carbon and so now that nitrogen has pair on the nitrogen I formed a double bond with that carbon and so now that nitrogen has four double bond with that carbon and so now that nitrogen has four bonds double bond with that carbon and so now that nitrogen has four bonds so double bond with that carbon and so now that nitrogen has four bonds so that double bond with that carbon and so now that nitrogen has four bonds so that would
1:26:58
double bond with that carbon and so now that nitrogen has four bonds so that would have double bond with that carbon and so now that nitrogen has four bonds so that would have to double bond with that carbon and so now that nitrogen has four bonds so that would have to be double bond with that carbon and so now that nitrogen has four bonds so that would have to be a so now that nitrogen has four bonds so that would have to be a positively
1:27:07
so now that nitrogen has four bonds so that would have to be a positively charged so now that nitrogen has four bonds so that would have to be a positively charged nitrogen bonds so that would have to be a positively charged nitrogen species bonds so that would have to be a positively charged nitrogen species. Just another bonds so that would have to be a positively charged nitrogen species. Just bonds so that would have to be a positively charged nitrogen species. Just another example
1:27:16
bonds so that would have to be a positively charged nitrogen species. Just another bonds so that would have to be a positively charged nitrogen species. Just bonds so that would have to be a positively charged nitrogen species. Just another example positively charged nitrogen species. Just another example here positively charged nitrogen species. Just another example here taking positively charged nitrogen species. Just another example here taking electrons
1:27:26
positively charged nitrogen species. Just another example here taking electrons. And positively charged nitrogen species. Just another example here taking electrons. And kick positively charged nitrogen species. Just another example here taking electrons. And species. Just another example here taking electrons. And kicking species. Just another example here taking electrons. And kicking off species. Just another example here taking electrons. And kicking off the
1:27:35
species. Just another example here taking electrons. And kicking off the leaving group The The next The The Next The Next Step The Next Step that The Next Step that we The Next Step that we need The Next Step that we need to be The Next Step that we need to The Next Step that we need to be aware The Next Step that we need to be aware of The Next Step that we need to be aware of is The Next Step that we need to be aware of is a The Next Step that we need to be aware of is a E2
1:27:46
The Next Step that we need to be aware of is a E2 step The Next Step that we need to be aware of is a E2 step which The Next Step that we need to be aware of is a E2 step which is The Next Step that we need to be aware of is a E2 step which is a The Next Step that we need to be aware of is a E2 step which is a elimination The Next Step that we need to be aware of is a E2 step which is a elimination. So The Next Step that we need to be aware of is a E2 step which is a elimination. So if
1:27:56
The Next Step that we need to be aware of is a E2 step which is a elimination. So if we The Next Step that we need to be aware of is a E2 step which is a elimination. So if we have The Next Step that we need to be aware of is a E2 step which is a elimination. So The Next Step that we need to be aware of is a E2 step which is a elimination. So if we The Next Step that we need to be aware of is a E2 step which is a elimination. So if
1:28:05
The Next Step that we need to be aware of is a E2 step which is a elimination. So if we have The Next Step that we need to be aware of is a E2 step which is a elimination. So if we have a aware of is a E2 step which is a elimination. So if we have a species aware of is a E2 step which is a elimination. So if we have a species. That aware of is a E2 step which is a elimination. So if we have a species. That looks
1:28:13
aware of is a E2 step which is a elimination. So if we have a species. That looks like aware of is a E2 step which is a elimination. So if we have a species. That aware of is a E2 step which is a elimination. So if we have a species. That looks like aware of is a E2 step which is a elimination. So if we have a species. That looks aware of is a E2 step which is a elimination. So if we have a species. That looks like this elimination. So if we have a species. That looks like this. Let's
1:28:23
elimination. So if we have a species. That looks like this. Let's put elimination. So if we have a species. That looks like this. Let's elimination. So if we have a species. That looks like this. Let's put elimination. So if we have a species. That looks like this. Let's put on elimination. So if we have a species. That looks like this. Let's put on a elimination. So if we have a species. That looks like this. Let's put on a. An
1:28:32
elimination. So if we have a species. That looks like this. Let's put on a. An e elimination. So if we have a species. That looks like this. Let's put on a. An ethyl elimination. So if we have a species. That looks like this. Let's put on a. An eth elimination. So if we have a species. That looks like this. Let's put on a. An ethyl group elimination. So if we have a species. That looks like this. Let's put on a. An
1:28:40
elimination. So if we have a species. That looks like this. Let's put on a. An ethyl elimination. So if we have a species. That looks like this. Let's put on a. An ethyl group species. That looks like this. Let's put on a. An ethyl group. And species. That looks like this. Let's put on a. An ethyl group. And a So if we have a species. That looks like this. Let's put on a. An ethyl group. And a me So if we have a species. That looks like this. Let's put on a. An ethyl group. And a meth
1:28:50
So if we have a species. That looks like this. Let's put on a. An ethyl group. And So if we have a species. That looks like this. Let's put on a. An ethyl group. And a So if we have a species. That looks like this. Let's put on a. An ethyl group. And a methyl looks like this. Let's put on a. An ethyl group. And a methyl group looks like this. Let's put on a. An ethyl group. And a methyl group there That looks like this. Let's put on a. An ethyl group. And a methyl group there. Put
1:29:01
That looks like this. Let's put on a. An ethyl group. And a methyl group there. Put a That looks like this. Let's put on a. An ethyl group. And a methyl group there. Put That looks like this. Let's put on a. An ethyl group. And a methyl group there. Put a Ben That looks like this. Let's put on a. An ethyl group. And a methyl group there. Put a Benz on a. An ethyl group. And a methyl group there. Put a benzene That looks like this. Let's put on a. An ethyl group. And a methyl group there. Put
1:29:11
That looks like this. Let's put on a. An ethyl group. And a methyl group there. Put a on a. An ethyl group. And a methyl group there. Put a Benzene on a. An ethyl group. And a methyl group there. Put a Benzene ring Let's put on a. An ethyl group. And a methyl group there. Put a Benzene ring. And Let's put on a. An ethyl group. And a methyl group there. Put a Benzene ring. And let's Let's put on a. An ethyl group. And a methyl group there. Put a Benzene ring. And let's just
1:29:21
Let's put on a. An ethyl group. And a methyl group there. Put a Benzene ring. And Let's put on a. An ethyl group. And a methyl group there. Put a Benzene ring. And let's Let's put on a. An ethyl group. And a methyl group there. Put a Benzene ring. And let's just Let's put on a. An ethyl group. And a methyl group there. Put a Benzene ring. And let's just put An ethyl group. And a methyl group there. Put a Benzene ring. And let's just put. Another
1:29:30
And a methyl group there. Put a Benzene ring. And let's just put. Another as And a methyl group there. Put a Benzene ring. And let's just put. Another asshole And a methyl group there. Put a Benzene ring. And let's just put. Another And a methyl group there. Put a Benzene ring. And let's just put. Another asshole Put a Benzene ring. And let's just put. Another asshole. So Put a Benzene ring. And let's just put. Another asshole. So in Put a Benzene ring. And let's just put. Another asshole. So
1:29:40
Put a Benzene ring. And let's just put. Another asshole. So in Put a Benzene ring. And let's just put. Another asshole. So in a Put a Benzene ring. And let's just put. Another asshole. So in a E2 Put a Benzene ring. And let's just put. Another asshole. So in a E2 mechanism Put a Benzene ring. And let's just put. Another asshole. So in a E2 mechanism. You need Put a Benzene ring. And let's just put. Another asshole. So in a E2 mechanism. You
1:29:50
Put a Benzene ring. And let's just put. Another asshole. So in a E2 mechanism. You need to Put a Benzene ring. And let's just put. Another asshole. So in a E2 mechanism. You Put a Benzene ring. And let's just put. Another asshole. So in a E2 mechanism. You need to Put a Benzene ring. And let's just put. Another asshole. So in a E2 mechanism. You need And let's just put. Another asshole. So in a E2 mechanism. You need to identify
1:29:58
And let's just put. Another asshole. So in a E2 mechanism. You need to identify the And let's just put. Another asshole. So in a E2 mechanism. You need to identify the alpha asshole. So in a E2 mechanism. You need to identify the alpha carbon asshole. So in a E2 mechanism. You need to identify the alpha carbon and the asshole. So in a E2 mechanism. You need to identify the alpha carbon and Another asshole. So in a E2 mechanism. You need to identify the alpha carbon and the alpha
1:30:08
mechanism. You need to identify the alpha carbon and the alpha carbon mechanism. You need to identify the alpha carbon and the alpha carbon is mechanism. You need to identify the alpha carbon and the alpha carbon is the mechanism. You need to identify the alpha carbon and the alpha carbon is the carbon to identify the alpha carbon and the alpha carbon is the carbon that to identify the alpha carbon and the alpha carbon is the carbon that is
1:30:17
to identify the alpha carbon and the alpha carbon is the carbon that is directly carbon and the alpha carbon is the carbon that is directly attached carbon and the alpha carbon is the carbon that is directly attached to carbon and the alpha carbon is the carbon that is directly attached to the carbon and the alpha carbon is the carbon that is directly attached to the leaving carbon and the alpha carbon is the carbon that is directly attached to the leaving group
1:30:26
the carbon that is directly attached to the leaving group. And the carbon that is directly attached to the leaving group. And then the carbon that is directly attached to the leaving group. And the carbon that is directly attached to the leaving group. And then the carbon that is directly attached to the leaving group. And then. The the carbon that is directly attached to the leaving group. And then. The car the carbon that is directly attached to the leaving group. And then. The carbon
1:30:36
the carbon that is directly attached to the leaving group. And then. The the carbon that is directly attached to the leaving group. And then. The carbon the carbon that is directly attached to the leaving group. And then. The carbon that's attached to the leaving group. And then. The carbon that's directly attached to the leaving group. And then. The carbon that's directly attached attached to the leaving group. And then. The carbon that's directly attached to
1:30:46
attached to the leaving group. And then. The carbon that's directly attached to the attached to the leaving group. And then. The carbon that's directly attached to the. AL attached to the leaving group. And then. The carbon that's directly attached to the. Alpha And then. The carbon that's directly attached to the. Alpha that And then. The carbon that's directly attached to the. Alpha that has And then. The carbon that's directly attached to the. Alpha that has a
1:30:56
And then. The carbon that's directly attached to the. Alpha that has a hydrogen And then. The carbon that's directly attached to the. Alpha that has a hydrogen. That's directly attached to the. Alpha that has a hydrogen. That's directly And then. The carbon that's directly attached to the. Alpha that has a hydrogen. That's directly attached to the. Alpha that has a hydrogen. That's directly directly attached to the. Alpha that has a hydrogen. That's directly attached
1:31:06
attached to the. Alpha that has a hydrogen. That's directly attached to attached to the. Alpha that has a hydrogen. That's directly attached to that attached to the. Alpha that has a hydrogen. That's directly attached to that carbon attached to the. Alpha that has a hydrogen. That's directly attached to that carbon is a hydrogen. That's directly attached to that carbon is called a hydrogen. That's directly attached to that carbon is called the
1:31:15
a hydrogen. That's directly attached to that carbon is called the beta a hydrogen. That's directly attached to that carbon is called the beta. So a hydrogen. That's directly attached to that carbon is called the beta. So this That's directly attached to that carbon is called the beta. So this is a hydrogen. That's directly attached to that carbon is called the beta. So a hydrogen. That's directly attached to that carbon is called the beta. So this
1:31:24
That's directly attached to that carbon is called the beta. So this is That's directly attached to that carbon is called the beta. So this is a That's directly attached to that carbon is called the beta. So this is a beta That's directly attached to that carbon is called the beta. So this is a beta carbon That's directly attached to that carbon is called the beta. So this is a beta carbon that That's directly attached to that carbon is called the beta. So this is a beta carbon that I'm
1:31:35
carbon is called the beta. So this is a beta carbon that I'm interested carbon is called the beta. So this is a beta carbon that I'm interested in carbon is called the beta. So this is a beta carbon that I'm interested in because carbon is called the beta. So this is a beta carbon that I'm interested in because it carbon is called the beta. So this is a beta carbon that I'm interested in because it has carbon is called the beta. So this is a beta carbon that I'm interested in because it has a
1:31:45
this is a beta carbon that I'm interested in because it has a hydrogen this is a beta carbon that I'm interested in because it has a hydrogen that's this is a beta carbon that I'm interested in because it has a hydrogen that's directly I'm interested in because it has a hydrogen that's directly attached to I'm interested in because it has a hydrogen that's directly attached I'm interested in because it has a hydrogen that's directly attached to it
1:31:55
I'm interested in because it has a hydrogen that's directly attached to it. Now I'm interested in because it has a hydrogen that's directly attached to it. Now this a hydrogen that's directly attached to it. Now this particular a hydrogen that's directly attached to it. Now this particular hydrogen a hydrogen that's directly attached to it. Now this particular hydrogen right a hydrogen that's directly attached to it. Now this particular hydrogen right here
1:32:04
attached to it. Now this particular hydrogen right here and attached to it. Now this particular hydrogen right here and this attached to it. Now this particular hydrogen right here and this leaving attached to it. Now this particular hydrogen right here and this leaving her attached to it. Now this particular hydrogen right here and this leaving her right attached to it. Now this particular hydrogen right here and this leaving her right here
1:32:13
particular hydrogen right here and this leaving her right here are particular hydrogen right here and this leaving her right here are in particular hydrogen right here and this leaving her right here are in a particular hydrogen right here and this leaving her right here are in a confirmation right here and this leaving her right here are in a confirmation that right here and this leaving her right here are in a confirmation that is
1:32:22
right here and this leaving her right here are in a confirmation that is called right here and this leaving her right here are in a confirmation that is called antiparity planer right here are in a confirmation that is called antiparity planer. And right here are in a confirmation that is called antiparity planer. And in right here are in a confirmation that is called antiparity planer. And in other right here are in a confirmation that is called antiparity planer. And
1:32:32
right here are in a confirmation that is called antiparity planer. And in other right here are in a confirmation that is called antiparity planer. And in right here are in a confirmation that is called antiparity planer. And in other videos right here are in a confirmation that is called antiparity planer. And in other videos we that is called antiparity planer. And in other videos we can that is called antiparity planer. And in other videos we can talk
1:32:41
that is called antiparity planer. And in other videos we can talk more that is called antiparity planer. And in other videos we can talk more in that is called antiparity planer. And in other videos we can talk more in depth about that is called antiparity planer. And in other videos we can talk more in depth planer. And in other videos we can talk more in depth about what planer. And in other videos we can talk more in depth about what that
1:32:50
planer. And in other videos we can talk more in depth about what that means Is above Is above and Is above and the Is above and the hydrogen Is above and the hydrogen is Is above and the hydrogen is below Is above and the hydrogen is below that Is above and the hydrogen is below that is Is above and the hydrogen is below that is the Is above and the hydrogen is below that is the antipart Is above and the hydrogen is below that is the antipart in
1:33:00
Is above and the hydrogen is below that is the antipart in that Is above and the hydrogen is below that is the antipart in that anti-perry Is above and the hydrogen is below that is the antipart in that anti-perry planer Is above and the hydrogen is below that is the antipart in that anti-perry planer. PHR Is above and the hydrogen is below that is the antipart in that anti-perry planer. Phrase below that is the antipart in that anti-perry planer. Phrase. So
1:33:09
below that is the antipart in that anti-perry planer. Phrase. So these below that is the antipart in that anti-perry planer. Phrase. So below that is the antipart in that anti-perry planer. Phrase. So these below that is the antipart in that anti-perry planer. Phrase. So these two below that is the antipart in that anti-perry planer. Phrase. So these two groups below that is the antipart in that anti-perry planer. Phrase. So these two groups are
1:33:18
that anti-perry planer. Phrase. So these two groups are anti-perry that anti-perry planer. Phrase. So these two groups are anti-perry planar so that anti-perry planer. Phrase. So these two groups are anti-perry planar that anti-perry planer. Phrase. So these two groups are anti-perry planar so we're going that anti-perry planer. Phrase. So these two groups are anti-perry planar so we're So these two groups are anti-perry planar so we're going to
1:33:28
So these two groups are anti-perry planar so we're going to take So these two groups are anti-perry planar so we're going to take a So these two groups are anti-perry planar so we're going to take a strong So these two groups are anti-perry planar so we're going to take a strong base So these two groups are anti-perry planar so we're going to take a strong base. In So these two groups are anti-perry planar so we're going to take a strong base. In this
1:33:37
So these two groups are anti-perry planar so we're going to take a strong base. In So these two groups are anti-perry planar so we're going to take a strong base. In this anti-perry planar so we're going to take a strong base. In this mechanism anti-perry planar so we're going to take a strong base. In this mechanism right anti-perry planar so we're going to take a strong base. In this mechanism right here anti-perry planar so we're going to take a strong base. In this mechanism right here. I
1:33:47
to take a strong base. In this mechanism right here. I will take anti-perry planar so we're going to take a strong base. In this mechanism right here. I will to take a strong base. In this mechanism right here. I will take that anti-perry planar so we're going to take a strong base. In this mechanism right here. I anti-perry planar so we're going to take a strong base. In this mechanism right here. I will to take a strong base. In this mechanism right here. I will take
1:33:57
to take a strong base. In this mechanism right here. I will take that to take a strong base. In this mechanism right here. I will take that strong to take a strong base. In this mechanism right here. I will take that strong base to take a strong base. In this mechanism right here. I will take that strong base and mechanism right here. I will take that strong base and we're going to take a strong base. In this mechanism right here. I will take that strong base and we're
1:34:06
mechanism right here. I will take that strong base and we're going to mechanism right here. I will take that strong base and we're going to abstract mechanism right here. I will take that strong base and we're going to abstract our will take that strong base and we're going to abstract our proton will take that strong base and we're going to abstract our proton E2 will take that strong base and we're going to abstract our proton E2 mechanism
1:34:16
will take that strong base and we're going to abstract our proton E2 mechanism we're we're going to abstract our proton E2 mechanism we're going to we're going to abstract our proton E2 mechanism we're going to have we're going to abstract our proton E2 mechanism we're going to have three we're going to abstract our proton E2 mechanism we're going to have three arrows we're going to abstract our proton E2 mechanism we're going to have three arrows that
1:34:26
we're going to abstract our proton E2 mechanism we're going to have three arrows that we proton E2 mechanism we're going to have three arrows that we have to proton E2 mechanism we're going to have three arrows that we have proton E2 mechanism we're going to have three arrows that we have to keep proton E2 mechanism we're going to have three arrows that we have to keep track proton E2 mechanism we're going to have three arrows that we have to keep track of
1:34:35
proton E2 mechanism we're going to have three arrows that we have to keep track of I'll take proton E2 mechanism we're going to have three arrows that we have to keep track of I'll to have three arrows that we have to keep track of I'll take that to have three arrows that we have to keep track of I'll take that lone to have three arrows that we have to keep track of I'll take that lone pair to have three arrows that we have to keep track of I'll take that lone pair to
1:34:45
to have three arrows that we have to keep track of I'll take that lone pair to come to have three arrows that we have to keep track of I'll take that lone pair to come and have to keep track of I'll take that lone pair to come and abstract have to keep track of I'll take that lone pair to come and abstract. Our have to keep track of I'll take that lone pair to come and abstract. Are hyd have to keep track of I'll take that lone pair to come and abstract. Are Hydro
1:34:55
have to keep track of I'll take that lone pair to come and abstract. Are hydrogen right have to keep track of I'll take that lone pair to come and abstract. Are hydrogen that lone pair to come and abstract. Are hydrogen right there have to keep track of I'll take that lone pair to come and abstract. Are have to keep track of I'll take that lone pair to come and abstract. Are hydrogen have to keep track of I'll take that lone pair to come and abstract. Are hydrogen right
1:35:04
that lone pair to come and abstract. Are hydrogen right there that lone pair to come and abstract. Are hydrogen right there so that lone pair to come and abstract. Are hydrogen right there so the that lone pair to come and abstract. Are hydrogen right there so the hydroxyl that lone pair to come and abstract. Are hydrogen right there so the hydroxyl or abstract. Are hydrogen right there so the hydroxyl or hydroxide abstract. Are hydrogen right there so the hydroxyl or hydroxide is
1:35:14
abstract. Are hydrogen right there so the hydroxyl or hydroxide is acting abstract. Are hydrogen right there so the hydroxyl or hydroxide is acting as abstract. Are hydrogen right there so the hydroxyl or hydroxide is acting as a abstract. Are hydrogen right there so the hydroxyl or hydroxide is acting as a base there so the hydroxyl or hydroxide is acting as a base abstracting there so the hydroxyl or hydroxide is acting as a base abstracting that
1:35:23
hydroxyl or hydroxide is acting as a base abstracting that proton hydroxyl or hydroxide is acting as a base abstracting that proton. Then hydroxyl or hydroxide is acting as a base abstracting that proton. Then this hydroxyl or hydroxide is acting as a base abstracting that proton. Then this hydrogen as a base abstracting that proton. Then this hydrogen carbon as a base abstracting that proton. Then this hydrogen carbon bonds
1:35:32
as a base abstracting that proton. Then this hydrogen carbon bonds going to as a base abstracting that proton. Then this hydrogen carbon bonds going as a base abstracting that proton. Then this hydrogen carbon bonds going to break as a base abstracting that proton. Then this hydrogen carbon bonds going to break and proton. Then this hydrogen carbon bonds going to break and put proton. Then this hydrogen carbon bonds going to break and put the
1:35:41
proton. Then this hydrogen carbon bonds going to break and put the electrons proton. Then this hydrogen carbon bonds going to break and put the electrons between proton. Then this hydrogen carbon bonds going to break and put the electrons between the carbon bonds going to break and put the electrons between the beta carbon bonds going to break and put the electrons between the beta and carbon bonds going to break and put the electrons between the beta and Alpha
1:35:51
going to break and put the electrons between the beta and Alpha carbons going to break and put the electrons between the beta and Alpha carbons. And going to break and put the electrons between the beta and Alpha carbons. And then going to break and put the electrons between the beta and Alpha carbons. And going to break and put the electrons between the beta and Alpha carbons. And then going to break and put the electrons between the beta and Alpha carbons. And then the
1:36:00
electrons between the beta and Alpha carbons. And then the leaving electrons between the beta and Alpha carbons. And then the leaving group electrons between the beta and Alpha carbons. And then the leaving group. Has electrons between the beta and Alpha carbons. And then the leaving group. Has to electrons between the beta and Alpha carbons. And then the leaving group. Has to leave electrons between the beta and Alpha carbons. And then the leaving group. Has
1:36:10
electrons between the beta and Alpha carbons. And then the leaving group. Has to leave electrons between the beta and Alpha carbons. And then the leaving group. Has to electrons between the beta and Alpha carbons. And then the leaving group. Has to leave but Alpha carbons. And then the leaving group. Has to leave but that Alpha carbons. And then the leaving group. Has to leave but that bro mean in Alpha carbons. And then the leaving group. Has to leave but that bro mean in particular
1:36:19
leaving group. Has to leave but that bro mean in particular already leaving group. Has to leave but that bro mean in particular already has leaving group. Has to leave but that bro mean in particular already has. Three leaving group. Has to leave but that bro mean in particular already has. Three l to leave but that bro mean in particular already has. Three lone to leave but that bro mean in particular already has. Three lone pair
1:36:28
to leave but that bro mean in particular already has. Three lone pairs leaving group. Has to leave but that bro mean in particular already has. Three to leave but that bro mean in particular already has. Three lone to leave but that bro mean in particular already has. Three lone pairs to leave but that bro mean in particular already has. Three lone pairs. So to leave but that bro mean in particular already has. Three lone pairs. So
1:36:37
to leave but that bro mean in particular already has. Three lone pairs. So when to leave but that bro mean in particular already has. Three lone pairs. So when to leave but that bro mean in particular already has. Three lone pairs. So when this to leave but that bro mean in particular already has. Three lone pairs. So when this guy in particular already has. Three lone pairs. So when this guy leaves in particular already has. Three lone pairs. So when this guy leaves what we're
1:36:47
in particular already has. Three lone pairs. So when this guy leaves what in particular already has. Three lone pairs. So when this guy leaves what we're going to in particular already has. Three lone pairs. So when this guy leaves what we're going to have lone pairs. So when this guy leaves what we're going to have. Is lone pairs. So when this guy leaves what we're going to have. Is a lone pairs. So when this guy leaves what we're going to have. Is
1:36:56
lone pairs. So when this guy leaves what we're going to have. Is a lone pairs. So when this guy leaves what we're going to have. Is a double lone pairs. So when this guy leaves what we're going to have. Is a double bond lone pairs. So when this guy leaves what we're going to have. Is a double bond. Between guy leaves what we're going to have. Is a double bond. Between the lone pairs. So when this guy leaves what we're going to have. Is a double bond. Between
1:37:06
guy leaves what we're going to have. Is a double bond. Between the guy leaves what we're going to have. Is a double bond. Between the beta guy leaves what we're going to have. Is a double bond. Between the beta. So guy leaves what we're going to have. Is a double bond. Between the beta. So that's we're going to have. Is a double bond. Between the beta. So that's our guy leaves what we're going to have. Is a double bond. Between the beta. So
1:37:16
guy leaves what we're going to have. Is a double bond. Between the beta. So that's we're going to have. Is a double bond. Between the beta. So that's our we're going to have. Is a double bond. Between the beta. So that's our beta we're going to have. Is a double bond. Between the beta. So that's our beta carbon we're going to have. Is a double bond. Between the beta. So that's our beta carbon and bond. Between the beta. So that's our beta carbon and there's
1:37:26
bond. Between the beta. So that's our beta carbon and there's our bond. Between the beta. So that's our beta carbon and there's our Alpha bond. Between the beta. So that's our beta carbon and there's our Alpha carbon bond. Between the beta. So that's our beta carbon and there's our Alpha carbon. And beta. So that's our beta carbon and there's our Alpha carbon. And so beta. So that's our beta carbon and there's our Alpha carbon. And so we
1:37:35
beta. So that's our beta carbon and there's our Alpha carbon. And so we have beta. So that's our beta carbon and there's our Alpha carbon. And so we have our beta carbon and there's our Alpha carbon. And so we have our ethyl beta carbon and there's our Alpha carbon. And so we have our ethyl there beta carbon and there's our Alpha carbon. And so we have our ethyl there. And beta carbon and there's our Alpha carbon. And so we have our ethyl there. And our
1:37:45
there's our Alpha carbon. And so we have our ethyl there. And our me there's our Alpha carbon. And so we have our ethyl there. And our meth there's our Alpha carbon. And so we have our ethyl there. And our methyl beta carbon and there's our Alpha carbon. And so we have our ethyl there. And beta carbon and there's our Alpha carbon. And so we have our ethyl there. And our there's our Alpha carbon. And so we have our ethyl there. And our methyl
1:37:54
there's our Alpha carbon. And so we have our ethyl there. And our methyl. Another there's our Alpha carbon. And so we have our ethyl there. And our methyl. Another eth there's our Alpha carbon. And so we have our ethyl there. And our methyl. Another ethyl there's our Alpha carbon. And so we have our ethyl there. And our methyl. Another there's our Alpha carbon. And so we have our ethyl there. And our methyl. Another ethyl And so we have our ethyl there. And our methyl. Another ethyl. Fenn
1:38:04
And so we have our ethyl there. And our methyl. Another ethyl. F And so we have our ethyl there. And our methyl. Another ethyl. Phen And so we have our ethyl there. And our methyl. Another ethyl. Fennel like And so we have our ethyl there. And our methyl. Another ethyl. Fennel And so we have our ethyl there. And our methyl. Another ethyl. Fennel like that And so we have our ethyl there. And our methyl. Another ethyl. Fennel
1:38:13
And so we have our ethyl there. And our methyl. Another ethyl. Fennel like And so we have our ethyl there. And our methyl. Another ethyl. Fennel like that And so we have our ethyl there. And our methyl. Another ethyl. Fennel like that. But And so we have our ethyl there. And our methyl. Another ethyl. Fennel like that. But what And so we have our ethyl there. And our methyl. Another ethyl. Fennel like that. But what else
1:38:22
And so we have our ethyl there. And our methyl. Another ethyl. Fennel like that. But what And so we have our ethyl there. And our methyl. Another ethyl. Fennel like that. But And so we have our ethyl there. And our methyl. Another ethyl. Fennel like that. But what else And our methyl. Another ethyl. Fennel like that. But what else is And our methyl. Another ethyl. Fennel like that. But what else is on And our methyl. Another ethyl. Fennel like that. But what else is on this
1:38:31
And our methyl. Another ethyl. Fennel like that. But what else is on this the And our methyl. Another ethyl. Fennel like that. But what else is on this the product And our methyl. Another ethyl. Fennel like that. But what else is on this the product side Fennel like that. But what else is on this the product side hydroxide Another ethyl. Fennel like that. But what else is on this the product side hydroxide took
1:38:40
Another ethyl. Fennel like that. But what else is on this the product side hydroxide took a But what else is on this the product side hydroxide took a proton But what else is on this the product side hydroxide took a proton so But what else is on this the product side hydroxide took a proton so that is on this the product side hydroxide took a proton so that would is on this the product side hydroxide took a proton so that would generate
1:38:48
is on this the product side hydroxide took a proton so that would generate. Water product side hydroxide took a proton so that would generate. Water. Ain't product side hydroxide took a proton so that would generate. Water. Right there product side hydroxide took a proton so that would generate. Water. Right there. So product side hydroxide took a proton so that would generate. Water. Right there. So we product side hydroxide took a proton so that would generate. Water. Right there. So
1:38:58
product side hydroxide took a proton so that would generate. Water. Right there. So we product side hydroxide took a proton so that would generate. Water. Right there. So we have proton so that would generate. Water. Right there. So we have three proton so that would generate. Water. Right there. So we have three mechanistic proton so that would generate. Water. Right there. So we have three mechanistic arrows
1:39:07
proton so that would generate. Water. Right there. So we have three mechanistic arrows that Water. Right there. So we have three mechanistic arrows that all Water. Right there. So we have three mechanistic arrows that all happen Water. Right there. So we have three mechanistic arrows that all happen at Water. Right there. So we have three mechanistic arrows that all happen at the Water. Right there. So we have three mechanistic arrows that all happen at the same
1:39:16
Water. Right there. So we have three mechanistic arrows that all happen at the same time Water. Right there. So we have three mechanistic arrows that all happen at the same time in Water. Right there. So we have three mechanistic arrows that all happen at the same time in a mechanistic arrows that all happen at the same time in a concerted mechanistic arrows that all happen at the same time in a concerted fashion mechanistic arrows that all happen at the same time in a concerted fashion. So
1:39:26
arrows that all happen at the same time in a concerted fashion. So that arrows that all happen at the same time in a concerted fashion. So that is mechanistic arrows that all happen at the same time in a concerted fashion. So arrows that all happen at the same time in a concerted fashion. So that arrows that all happen at the same time in a concerted fashion. So that is arrows that all happen at the same time in a concerted fashion. So that is an
1:39:35
arrows that all happen at the same time in a concerted fashion. So that is an example same time in a concerted fashion. So that is an example of same time in a concerted fashion. So that is an example of a same time in a concerted fashion. So that is an example of a E2 same time in a concerted fashion. So that is an example of a E2. Another same time in a concerted fashion. So that is an example of a E2. Another one same time in a concerted fashion. So that is an example of a E2. Another
1:39:45
same time in a concerted fashion. So that is an example of a E2. Another one same time in a concerted fashion. So that is an example of a E2. Another one another fashion. So that is an example of a E2. Another one another example fashion. So that is an example of a E2. Another one another example would fashion. So that is an example of a E2. Another one another example would be fashion. So that is an example of a E2. Another one another example would be something
1:39:55
fashion. So that is an example of a E2. Another one another example would be something that of a E2. Another one another example would be something that looks of a E2. Another one another example would be something that looks like Another one another example would be something that looks like this Another one another example would be something that looks like this. But if Another one another example would be something that looks like this. But
1:40:04
Another one another example would be something that looks like this. But if we Another one another example would be something that looks like this. But if we have Another one another example would be something that looks like this. But Another one another example would be something that looks like this. But if we Another one another example would be something that looks like this. But if Another one another example would be something that looks like this. But if we have
1:40:13
Another one another example would be something that looks like this. But if we have a Another one another example would be something that looks like this. But if we have a. Cy would be something that looks like this. But if we have a. Cycle would be something that looks like this. But if we have a. Cycle hex would be something that looks like this. But if we have a. Cycle he would be something that looks like this. But if we have a. Cycle hexane
1:40:22
would be something that looks like this. But if we have a. Cycle would be something that looks like this. But if we have a. Cyclohexane would be something that looks like this. But if we have a. Cycle hexane Mar would be something that looks like this. But if we have a. Cycle hexane Marine would be something that looks like this. But if we have a. Cyclohexane Marine would be something that looks like this. But if we have a. Cyclohexane Marine. Right
1:40:32
would be something that looks like this. But if we have a. Cyclohexane Marine. Right there like this. But if we have a. Cyclohexane Marine. Right there. And like this. But if we have a. Cyclohexane Marine. Right there. And we like this. But if we have a. Cyclohexane Marine. Right there. And we have like this. But if we have a. Cyclohexane Marine. Right there. And we like this. But if we have a. Cyclohexane Marine. Right there. And
1:40:41
like this. But if we have a. Cyclohexane Marine. Right there. And we have like this. But if we have a. Cyclohexane Marine. Right there. And we have let's like this. But if we have a. Cyclohexane Marine. Right there. And we have let's put like this. But if we have a. Cyclohexane Marine. Right there. And we have let's put a like this. But if we have a. Cyclohexane Marine. Right there. And we have let's put a flooring Cyclohexane Marine. Right there. And we have let's put a flooring there
1:40:51
Cyclohexane Marine. Right there. And we have let's put a flooring there good Marine. Right there. And we have let's put a flooring there good leaving Marine. Right there. And we have let's put a flooring there good leaving group Marine. Right there. And we have let's put a flooring there good leaving group. Hey Marine. Right there. And we have let's put a flooring there good leaving group. And And we have let's put a flooring there good leaving group. And then
1:41:00
And we have let's put a flooring there good leaving group. And then on Marine. Right there. And we have let's put a flooring there good leaving group. And And we have let's put a flooring there good leaving group. And then And we have let's put a flooring there good leaving group. And then on And we have let's put a flooring there good leaving group. And then on this And we have let's put a flooring there good leaving group. And then on this carbon
1:41:09
put a flooring there good leaving group. And then on this carbon we'll put a flooring there good leaving group. And then on this carbon we'll put there good leaving group. And then on this carbon we'll put two there good leaving group. And then on this carbon we'll put two metals there good leaving group. And then on this carbon we'll put two metals. So there good leaving group. And then on this carbon we'll put two metals. So in this
1:41:19
there good leaving group. And then on this carbon we'll put two metals. So in then on this carbon we'll put two metals. So in this particular then on this carbon we'll put two metals. So in this particular case then on this carbon we'll put two metals. So in this particular case here then on this carbon we'll put two metals. So in this particular case here. We then on this carbon we'll put two metals. So in this particular case here. We don't
1:41:28
two metals. So in this particular case here. We don't have then on this carbon we'll put two metals. So in this particular case here. We two metals. So in this particular case here. We don't have then on this carbon we'll put two metals. So in this particular case here. We don't put two metals. So in this particular case here. We don't have any put two metals. So in this particular case here. We don't have any height put two metals. So in this particular case here. We don't have any height so
1:41:39
put two metals. So in this particular case here. We don't have any height so we put two metals. So in this particular case here. We don't have any height so we we've particular case here. We don't have any height so we we've identify particular case here. We don't have any height so we we've identify we particular case here. We don't have any height so we we've identify we can particular case here. We don't have any height so we we've identify we can identify
1:41:49
We don't have any height so we we've identify we can identify that this We don't have any height so we we've identify we can identify that We don't have any height so we we've identify we can identify that this is We don't have any height so we we've identify we can identify that this is our We don't have any height so we we've identify we can identify that this is our Alpha We don't have any height so we we've identify we can identify that this is our Alpha. That
1:41:59
We don't have any height so we we've identify we can identify that this is our Alpha. That is We don't have any height so we we've identify we can identify that this is our Alpha. That is We don't have any height so we we've identify we can identify that this is our Alpha. That we've identify we can identify that this is our Alpha. That is a we've identify we can identify that this is our Alpha. That is a beta we've identify we can identify that this is our Alpha. That is a beta carbon
1:42:09
we've identify we can identify that this is our Alpha. That is a beta carbon but we've identify we can identify that this is our Alpha. That is a beta carbon but that we've identify we can identify that this is our Alpha. That is a beta carbon but that beta that this is our Alpha. That is a beta carbon but that beta carbon that this is our Alpha. That is a beta carbon but that beta carbon doesn't that this is our Alpha. That is a beta carbon but that beta carbon doesn't have
1:42:19
that this is our Alpha. That is a beta carbon but that beta carbon doesn't have any a beta carbon but that beta carbon doesn't have any hydrogens a beta carbon but that beta carbon doesn't have any hydrogens. But a beta carbon but that beta carbon doesn't have any hydrogens. But this a beta carbon but that beta carbon doesn't have any hydrogens. But a beta carbon but that beta carbon doesn't have any hydrogens. But this a beta carbon but that beta carbon doesn't have any hydrogens. But this beta
1:42:30
a beta carbon but that beta carbon doesn't have any hydrogens. But this beta carbon beta carbon doesn't have any hydrogens. But this beta carbon there does beta carbon doesn't have any hydrogens. But this beta carbon there does. And beta carbon doesn't have any hydrogens. But this beta carbon there does. And beta carbon doesn't have any hydrogens. But this beta carbon there does. And that beta carbon doesn't have any hydrogens. But this beta carbon there does. And that
1:42:40
beta carbon doesn't have any hydrogens. But this beta carbon there does. And that. Bet beta carbon doesn't have any hydrogens. But this beta carbon there does. And that. Beta beta carbon doesn't have any hydrogens. But this beta carbon there does. And that. Beta carb beta carbon doesn't have any hydrogens. But this beta carbon there does. And that. Beta car hydrogens. But this beta carbon there does. And that. Beta carbon down hydrogens. But this beta carbon there does. And that. Beta carbon
1:42:50
hydrogens. But this beta carbon there does. And that. Beta carbon down here beta carbon doesn't have any hydrogens. But this beta carbon there does. And that. Beta hydrogens. But this beta carbon there does. And that. Beta carbon hydrogens. But this beta carbon there does. And that. Beta carbon down hydrogens. But this beta carbon there does. And that. Beta carbon down here hydrogens. But this beta carbon there does. And that. Beta carbon down here has
1:42:59
hydrogens. But this beta carbon there does. And that. Beta carbon down here has a hydrogens. But this beta carbon there does. And that. Beta carbon down here has a wedge there does. And that. Beta carbon down here has a wedge hydrogen there does. And that. Beta carbon down here has a wedge hydrogen. And there does. And that. Beta carbon down here has a wedge hydrogen. And a there does. And that. Beta carbon down here has a wedge hydrogen. And
1:43:08
there does. And that. Beta carbon down here has a wedge hydrogen. And a And that. Beta carbon down here has a wedge hydrogen. And a. Dash And that. Beta carbon down here has a wedge hydrogen. And a. Dash hyd And that. Beta carbon down here has a wedge hydrogen. And a. Dash Hydro And that. Beta carbon down here has a wedge hydrogen. And a. Dash hydrogen And that. Beta carbon down here has a wedge hydrogen. And a. Dash And that. Beta carbon down here has a wedge hydrogen. And a. Dash hydrogen
1:43:18
And that. Beta carbon down here has a wedge hydrogen. And a. Dash hydrogen. Now And that. Beta carbon down here has a wedge hydrogen. And a. Dash hydrogen. Now when we And that. Beta carbon down here has a wedge hydrogen. And a. Dash hydrogen. Now when And that. Beta carbon down here has a wedge hydrogen. And a. Dash hydrogen. Now when we treat And that. Beta carbon down here has a wedge hydrogen. And a. Dash hydrogen. Now
1:43:27
And that. Beta carbon down here has a wedge hydrogen. And a. Dash hydrogen. Now when And that. Beta carbon down here has a wedge hydrogen. And a. Dash hydrogen. Now when we And that. Beta carbon down here has a wedge hydrogen. And a. Dash hydrogen. Now when we treat has a wedge hydrogen. And a. Dash hydrogen. Now when we treat this wedge hydrogen. And a. Dash hydrogen. Now when we treat this species wedge hydrogen. And a. Dash hydrogen. Now when we treat this species with
1:43:36
wedge hydrogen. And a. Dash hydrogen. Now when we treat this species with a wedge hydrogen. And a. Dash hydrogen. Now when we treat this species with a strong wedge hydrogen. And a. Dash hydrogen. Now when we treat this species with a strong base wedge hydrogen. And a. Dash hydrogen. Now when we treat this species with a strong base like hydrogen. Now when we treat this species with a strong base like sodium hydrogen. Now when we treat this species with a strong base like sodium hydroxide
1:43:46
we treat this species with a strong base like sodium hydroxide. Which Dash hydrogen. Now when we treat this species with a strong base like sodium hydroxide. Which hyd we treat this species with a strong base like sodium hydroxide. Which this species with a strong base like sodium hydroxide. Which hydrogen this species with a strong base like sodium hydroxide. Which hydrogen this species with a strong base like sodium hydroxide. Which hydrogen is
1:43:55
this species with a strong base like sodium hydroxide. Which hydrogen is this with a strong base like sodium hydroxide. Which hydrogen is this hydroxide with a strong base like sodium hydroxide. Which hydrogen is this hydroxide going with a strong base like sodium hydroxide. Which hydrogen is this hydroxide going to with a strong base like sodium hydroxide. Which hydrogen is this hydroxide going to abstract hydroxide. Which hydrogen is this hydroxide going to abstract. It
1:44:05
hydroxide. Which hydrogen is this hydroxide going to abstract. It has to hydroxide. Which hydrogen is this hydroxide going to abstract. It has hydroxide. Which hydrogen is this hydroxide going to abstract. It has to be hydroxide. Which hydrogen is this hydroxide going to abstract. It hydroxide. Which hydrogen is this hydroxide going to abstract. It has hydroxide. Which hydrogen is this hydroxide going to abstract. It has to
1:44:14
hydroxide. Which hydrogen is this hydroxide going to abstract. It has to be this hydroxide going to abstract. It has to be anti-perry this hydroxide going to abstract. It has to be anti-perry. Just this hydroxide going to abstract. It has to be anti-perry. Just like this hydroxide going to abstract. It has to be anti-perry. Just this hydroxide going to abstract. It has to be anti-perry. Just like this hydroxide going to abstract. It has to be anti-perry. Just like above
1:44:24
Which hydrogen is this hydroxide going to abstract. It has to be anti-perry. Just like above here going to abstract. It has to be anti-perry. Just like above here but going to abstract. It has to be anti-perry. Just like above here but now going to abstract. It has to be anti-perry. Just like above here but now we're going to abstract. It has to be anti-perry. Just like above here but now we're in going to abstract. It has to be anti-perry. Just like above here but now we're in a
1:44:34
going to abstract. It has to be anti-perry. Just like above here but now we're in a ring going to abstract. It has to be anti-perry. Just like above here but now we're in a ring and going to abstract. It has to be anti-perry. Just like above here but now we're in a ring and to anti-perry. Just like above here but now we're in a ring and to do anti-perry. Just like above here but now we're in a ring and to do it anti-perry. Just like above here but now we're in a ring and to do it in the
1:44:44
anti-perry. Just like above here but now we're in a ring and to do it in the ring like above here but now we're in a ring and to do it in the ring here's a like above here but now we're in a ring and to do it in the ring here's a trick like above here but now we're in a ring and to do it in the ring here's a trick. If like above here but now we're in a ring and to do it in the ring here's a trick. If the we're in a ring and to do it in the ring here's a trick. If the leaving
1:44:54
we're in a ring and to do it in the ring here's a trick. If the leaving group like above here but now we're in a ring and to do it in the ring here's a trick. If like above here but now we're in a ring and to do it in the ring here's a trick. If the we're in a ring and to do it in the ring here's a trick. If the leaving we're in a ring and to do it in the ring here's a trick. If the leaving group we're in a ring and to do it in the ring here's a trick. If the leaving group is
1:45:04
we're in a ring and to do it in the ring here's a trick. If the leaving group is a we're in a ring and to do it in the ring here's a trick. If the leaving group is a wedge we're in a ring and to do it in the ring here's a trick. If the leaving group is a wedge then the ring here's a trick. If the leaving group is a wedge then the the ring here's a trick. If the leaving group is a wedge then the hydrogen the ring here's a trick. If the leaving group is a wedge then the hydrogen that's
1:45:15
the ring here's a trick. If the leaving group is a wedge then the hydrogen that's the the ring here's a trick. If the leaving group is a wedge then the hydrogen that's the dash the ring here's a trick. If the leaving group is a wedge then the hydrogen that's the dash is leaving group is a wedge then the hydrogen that's the dash is the leaving group is a wedge then the hydrogen that's the dash is the antipary leaving group is a wedge then the hydrogen that's the dash is the antipary planer
1:45:24
then the hydrogen that's the dash is the antipary planer hydrogen then the hydrogen that's the dash is the antipary planer hydrogen that you then the hydrogen that's the dash is the antipary planer hydrogen that then the hydrogen that's the dash is the antipary planer hydrogen that you want then the hydrogen that's the dash is the antipary planer hydrogen that you want to dash is the antipary planar hydrogen that you want to abstract
1:45:34
dash is the antipary planar hydrogen that you want to abstract. So dash is the antipary planar hydrogen that you want to abstract. So this dash is the antipary planar hydrogen that you want to abstract. So dash is the antipary planar hydrogen that you want to abstract. So this dash is the antipary planar hydrogen that you want to abstract. So this. Strong dash is the antipary planar hydrogen that you want to abstract. So this. Strong base
1:45:43
dash is the antipary planar hydrogen that you want to abstract. So this. Strong hydrogen that you want to abstract. So this. Strong base right dash is the antipary planar hydrogen that you want to abstract. So this. Strong base hydrogen that you want to abstract. So this. Strong base right hydrogen that you want to abstract. So this. Strong base right here hydrogen that you want to abstract. So this. Strong base right here. Has
1:45:52
hydrogen that you want to abstract. So this. Strong base right here. Has to hydrogen that you want to abstract. So this. Strong base right here. Has to grab hydrogen that you want to abstract. So this. Strong base right here. Has hydrogen that you want to abstract. So this. Strong base right here. Has to hydrogen that you want to abstract. So this. Strong base right here. Has to grab hydrogen that you want to abstract. So this. Strong base right here. Has to grab the
1:46:02
hydrogen that you want to abstract. So this. Strong base right here. Has to grab the dash abstract. So this. Strong base right here. Has to grab the dash hydrogen abstract. So this. Strong base right here. Has to grab the dash hydrogen and abstract. So this. Strong base right here. Has to grab the dash hydrogen and the abstract. So this. Strong base right here. Has to grab the dash hydrogen and the dash
1:46:10
abstract. So this. Strong base right here. Has to grab the dash hydrogen and the dash hydrogen right here. Has to grab the dash hydrogen and the dash hydrogen only right here. Has to grab the dash hydrogen and the dash hydrogen only so Has to grab the dash hydrogen and the dash hydrogen only so it's grab the dash hydrogen and the dash hydrogen only so it's going to Has to grab the dash hydrogen and the dash hydrogen only so it's going
1:46:19
grab the dash hydrogen and the dash hydrogen only so it's going to abstract grab the dash hydrogen and the dash hydrogen only so it's going to abstract that and the dash hydrogen only so it's going to abstract that hydrogen and the dash hydrogen only so it's going to abstract that hydrogen the and the dash hydrogen only so it's going to abstract that hydrogen the carbon and the dash hydrogen only so it's going to abstract that hydrogen the carbon hydrogen
1:46:28
it's going to abstract that hydrogen the carbon hydrogen bond it's going to abstract that hydrogen the carbon hydrogen bond is it's going to abstract that hydrogen the carbon hydrogen bond is going it's going to abstract that hydrogen the carbon hydrogen bond is going to it's going to abstract that hydrogen the carbon hydrogen bond is going to break it's going to abstract that hydrogen the carbon hydrogen bond is going to break and
1:46:38
it's going to abstract that hydrogen the carbon hydrogen bond is going to break and put hydrogen the carbon hydrogen bond is going to break and put the hydrogen the carbon hydrogen bond is going to break and put the electrons hydrogen the carbon hydrogen bond is going to break and put the electrons between hydrogen the carbon hydrogen bond is going to break and put the electrons between the hydrogen the carbon hydrogen bond is going to break and put the electrons between the Alpha
1:46:47
bond is going to break and put the electrons between the Alpha and bond is going to break and put the electrons between the Alpha and the bond is going to break and put the electrons between the Alpha and the beta bond is going to break and put the electrons between the Alpha and the beta. And bond is going to break and put the electrons between the Alpha and the beta. And then bond is going to break and put the electrons between the Alpha and the beta. And then the
1:46:57
bond is going to break and put the electrons between the Alpha and the beta. And bond is going to break and put the electrons between the Alpha and the beta. And then bond is going to break and put the electrons between the Alpha and the beta. And then the the electrons between the Alpha and the beta. And then the carbon the electrons between the Alpha and the beta. And then the carbon flooring the electrons between the Alpha and the beta. And then the carbon flooring bond
1:47:06
the electrons between the Alpha and the beta. And then the carbon flooring bond is the electrons between the Alpha and the beta. And then the carbon flooring bond is going the electrons between the Alpha and the beta. And then the carbon flooring bond is going to and the beta. And then the carbon chlorine bond is going to break and the beta. And then the carbon chlorine bond is going to break. And and the beta. And then the carbon chlorine bond is going to break. And that
1:47:16
and the beta. And then the carbon chlorine bond is going to break. And that CHL and the beta. And then the carbon chlorine bond is going to break. And that Chlor and the beta. And then the carbon chlorine bond is going to break. And that chlorine and the beta. And then the carbon chlorine bond is going to break. And and the beta. And then the carbon chlorine bond is going to break. And that and the beta. And then the carbon chlorine bond is going to break. And that chlorine
1:47:26
and the beta. And then the carbon chlorine bond is going to break. And that chlorine already carbon chlorine bond is going to break. And that chlorine already has carbon chlorine bond is going to break. And that chlorine already has three carbon chlorine bond is going to break. And that chlorine already has three lone bond is going to break. And that chlorine already has three lone pairs bond is going to break. And that chlorine already has three lone pairs. So
1:47:35
bond is going to break. And that chlorine already has three lone pairs. So when bond is going to break. And that chlorine already has three lone pairs. So bond is going to break. And that chlorine already has three lone pairs. So when bond is going to break. And that chlorine already has three lone pairs. So when it bond is going to break. And that chlorine already has three lone pairs. So when it leaves
1:47:43
bond is going to break. And that chlorine already has three lone pairs. So when it leaves. We're chlorine already has three lone pairs. So when it leaves. We're going to chlorine already has three lone pairs. So when it leaves. We're going to have bond is going to break. And that chlorine already has three lone pairs. So when it leaves. We're chlorine already has three lone pairs. So when it leaves. We're going to chlorine already has three lone pairs. So when it leaves. We're going to have
1:47:53
chlorine already has three lone pairs. So when it leaves. We're going to have our three lone pairs. So when it leaves. We're going to have our chloride three lone pairs. So when it leaves. We're going to have our chloride. With three lone pairs. So when it leaves. We're going to have our chloride. With four three lone pairs. So when it leaves. We're going to have our chloride. With three lone pairs. So when it leaves. We're going to have our chloride. With four
1:48:03
three lone pairs. So when it leaves. We're going to have our chloride. With four lone three lone pairs. So when it leaves. We're going to have our chloride. With four lone Pairs leaves. We're going to have our chloride. With four lone Pairs and the leaves. We're going to have our chloride. With four lone Pairs and the naked leaves. We're going to have our chloride. With four lone Pairs and the naked charge to have our chloride. With four lone Pairs and the naked charge and
1:48:13
to have our chloride. With four lone Pairs and the naked charge and then to have our chloride. With four lone Pairs and the naked charge and then our chloride. With four lone Pairs and the naked charge and then our cyclohexane chloride. With four lone Pairs and the naked charge and then our cyclohexane ring chloride. With four lone Pairs and the naked charge and then our cyclohexane ring. Thought chloride. With four lone Pairs and the naked charge and then our cyclohexane ring. So
1:48:23
chloride. With four lone Pairs and the naked charge and then our cyclohexane ring. So I turn and the naked charge and then our cyclohexane ring. Thought turned and the naked charge and then our cyclohexane ring. So I turned and the naked charge and then our cyclohexane ring. So I turned into and the naked charge and then our cyclohexane ring. So I turned into what and the naked charge and then our cyclohexane ring. So I turned and the naked charge and then our cyclohexane ring. So I turned into
1:48:33
and the naked charge and then our cyclohexane ring. So I turned into what naked charge and then our cyclohexane ring. So I turned into what. An naked charge and then our cyclohexane ring. So I turned into what. An Al naked charge and then our cyclohexane ring. So I turned into what. An ALK naked charge and then our cyclohexane ring. So I turned into what. An alkene naked charge and then our cyclohexane ring. So I turned into what. An
1:48:42
naked charge and then our cyclohexane ring. So I turned into what. An alkene naked charge and then our cyclohexane ring. So I turned into what. An alkene. And naked charge and then our cyclohexane ring. So I turned into what. An alkene. And so cyclohexane ring. So I turned into what. An alkene. And so this naked charge and then our cyclohexane ring. So I turned into what. An alkene. And naked charge and then our cyclohexane ring. So I turned into what. An alkene. And so
1:48:51
cyclohexane ring. So I turned into what. An alkene. And so this cyclohexane ring. So I turned into what. An alkene. And so this wedge cyclohexane ring. So I turned into what. An alkene. And so this wedge hydrogen cyclohexane ring. So I turned into what. An alkene. And so this wedge hydrogen right cyclohexane ring. So I turned into what. An alkene. And so this wedge hydrogen right there into what. An alkene. And so this wedge hydrogen right there is
1:49:00
into what. An alkene. And so this wedge hydrogen right there is still into what. An alkene. And so this wedge hydrogen right there is still there into what. An alkene. And so this wedge hydrogen right there is still there but into what. An alkene. And so this wedge hydrogen right there is still there but now alkene. And so this wedge hydrogen right there is still there but now. It alkene. And so this wedge hydrogen right there is still there but now. It is
1:49:10
alkene. And so this wedge hydrogen right there is still there but now. It alkene. And so this wedge hydrogen right there is still there but now. It is alkene. And so this wedge hydrogen right there is still there but now. It is attached to alkene. And so this wedge hydrogen right there is still there but now. It is attached hydrogen right there is still there but now. It is attached to an hydrogen right there is still there but now. It is attached to an SP2
1:49:20
And so this wedge hydrogen right there is still there but now. It is attached to an SP2 hybridized there is still there but now. It is attached to an SP2 hybridized carbon there is still there but now. It is attached to an SP2 hybridized carbon so there is still there but now. It is attached to an SP2 hybridized carbon so it's there is still there but now. It is attached to an SP2 hybridized carbon so it's going to
1:49:28
there is still there but now. It is attached to an SP2 hybridized carbon so it's going to be there is still there but now. It is attached to an SP2 hybridized carbon so it's going to be in is attached to an SP2 hybridized carbon so it's going to be in the is attached to an SP2 hybridized carbon so it's going to be in the plane is attached to an SP2 hybridized carbon so it's going to be in the plane. Not is attached to an SP2 hybridized carbon so it's going to be in the plane. Not pretty
1:49:38
is attached to an SP2 hybridized carbon so it's going to be in the plane. Not pretty cool is attached to an SP2 hybridized carbon so it's going to be in the plane. Not pretty is attached to an SP2 hybridized carbon so it's going to be in the plane. Not is attached to an SP2 hybridized carbon so it's going to be in the plane. Not pretty cool hybridized carbon so it's going to be in the plane. Not pretty cool. Hey hybridized carbon so it's going to be in the plane. Not pretty cool. Hey so
1:49:48
hybridized carbon so it's going to be in the plane. Not pretty cool. Hey so that's hybridized carbon so it's going to be in the plane. Not pretty cool. Hey hybridized carbon so it's going to be in the plane. Not pretty cool. Hey so hybridized carbon so it's going to be in the plane. Not pretty cool. Hey so that's hybridized carbon so it's going to be in the plane. Not pretty cool. Hey so that's E2 I I now I now want to I now want I now want to take I I now want to take a look I now I now want
1:49:58
I now want to I now want to take I now want to take a look I now want to take a look at I now want to take a look at the I now want to take a look at the Electrify I now want to take a look at the Electrify electrophilic I now want to take a look at the Electrify electrophilic elimination I now want to take a look at the Electrify electrophilic elimination. No I now want to take a look at the Electrify electrophilic elimination. No no
1:50:09
I now want to take a look at the Electrify electrophilic elimination. No I now want to take a look at the Electrify electrophilic elimination. No no I now want to take a look at the Electrify electrophilic elimination. No no electric file Electrify electrophilic elimination. No no electric file. But Electrify electrophilic elimination. No no electric file. Want to Electrify electrophilic elimination. No no electric file. Want to take
1:50:18
Electrify electrophilic elimination. No no electric file. Or take a look Electrify electrophilic elimination. No no electric file. Or take a look at Electrify electrophilic elimination. No no electric file. Or take a look at an Electrify electrophilic elimination. No no electric file. Or take a look Electrify electrophilic elimination. No no electric file. Or take a look at Electrify electrophilic elimination. No no electric file. Or take a look at an
1:50:27
elimination. No no electric file. Or take a look at an electrophile elimination. No no electric file. Or take a look at an electrophile elimination elimination. No no electric file. Or take a look at an electrophile elimination and elimination. No no electric file. Or take a look at an electrophile elimination and can elimination. No no electric file. Or take a look at an electrophile elimination and file. Or take a look at an electrophile elimination and contrast
1:50:36
file. Or take a look at an electrophile elimination and contrast that file. Or take a look at an electrophile elimination and contrast that with file. Or take a look at an electrophile elimination and contrast that with an to take a look at an electrophile elimination and contrast that with an E2 to take a look at an electrophile elimination and contrast that with an E2. So to take a look at an electrophile elimination and contrast that with an E2. So in
1:50:45
electrophile elimination and contrast that with an E2. So in a electrophile elimination and contrast that with an E2. So in a electrophile electrophile elimination and contrast that with an E2. So in a electrophile elimination contrast that with an E2. So in a electrophile elimination process contrast that with an E2. So in a electrophile elimination process we're contrast that with an E2. So in a electrophile elimination process we're going
1:50:55
contrast that with an E2. So in a electrophile elimination process we're going to contrast that with an E2. So in a electrophile elimination process we're going to have contrast that with an E2. So in a electrophile elimination process we're going to have a a electrophile elimination process we're going to have a substrate So in a electrophile elimination process we're going to have a substrate. That So in a electrophile elimination process we're going to have a substrate. That looks
1:51:05
So in a electrophile elimination process we're going to have a substrate. That looks like So in a electrophile elimination process we're going to have a substrate. That So in a electrophile elimination process we're going to have a substrate. That looks So in a electrophile elimination process we're going to have a substrate. That looks like So in a electrophile elimination process we're going to have a substrate. That looks like this
1:51:14
process we're going to have a substrate. That looks like this. A process we're going to have a substrate. That looks like this. A car process we're going to have a substrate. That looks like this. A carbon process we're going to have a substrate. That looks like this. A carbon's process we're going to have a substrate. That looks like this. A carbon is going process we're going to have a substrate. That looks like this. A carbon is going to
1:51:23
process we're going to have a substrate. That looks like this. A process we're going to have a substrate. That looks like this. A carbon is going to be process we're going to have a substrate. That looks like this. A carbon process we're going to have a substrate. That looks like this. A carbon is going process we're going to have a substrate. That looks like this. A carbon is going to process we're going to have a substrate. That looks like this. A carbon is going to be
1:51:33
process we're going to have a substrate. That looks like this. A carbon is going to be a substrate. That looks like this. A carbon is going to be a carbocation substrate. That looks like this. A carbon is going to be a carbocation possibly substrate. That looks like this. A carbon is going to be a carbocation possibly charged That looks like this. A carbon is going to be a carbocation possibly charged and That looks like this. A carbon is going to be a carbocation possibly charged and will
1:51:43
That looks like this. A carbon is going to be a carbocation possibly charged and will have is going to be a carbocation possibly charged and will have some is going to be a carbocation possibly charged and will have some other is going to be a carbocation possibly charged and will have some other hydrogen is going to be a carbocation possibly charged and will have some other hydrogen site carbocation possibly charged and will have some other hydrogen site that
1:51:52
is going to be a carbocation possibly charged and will have some other carbocation possibly charged and will have some other hydrogen like that carbocation possibly charged and will have some other hydrogen like that. And carbocation possibly charged and will have some other hydrogen like that. And so carbocation possibly charged and will have some other hydrogen like that. And so we carbocation possibly charged and will have some other hydrogen like that. And so we can
1:52:02
carbocation possibly charged and will have some other hydrogen like that. And carbocation possibly charged and will have some other hydrogen like that. And so carbocation possibly charged and will have some other hydrogen like that. And so we carbocation possibly charged and will have some other hydrogen like that. And so we can carbocation possibly charged and will have some other hydrogen like that. And so we can have
1:52:10
carbocation possibly charged and will have some other hydrogen like that. And so we can have a will have some other hydrogen like that. And so we can have a base will have some other hydrogen like that. And so we can have a base right will have some other hydrogen like that. And so we can have a base right here will have some other hydrogen like that. And so we can have a base right here water will have some other hydrogen like that. And so we can have a base right here water. Can
1:52:20
will have some other hydrogen like that. And so we can have a base right here water. Can act like that. And so we can have a base right here water. Can act as will have some other hydrogen like that. And so we can have a base right here water. Can will have some other hydrogen like that. And so we can have a base right here water. Can act like that. And so we can have a base right here water. Can act as like that. And so we can have a base right here water. Can act as a
1:52:30
like that. And so we can have a base right here water. Can act as a base like that. And so we can have a base right here water. Can act as a base. And like that. And so we can have a base right here water. Can act as a base. And we like that. And so we can have a base right here water. Can act as a base. And we will like that. And so we can have a base right here water. Can act as a base. And we will take
1:52:38
like that. And so we can have a base right here water. Can act as a base. And we will take that base right here water. Can act as a base. And we will take that base base right here water. Can act as a base. And we will take that base we here water. Can act as a base. And we will take that base we see here water. Can act as a base. And we will take that base we see we here water. Can act as a base. And we will take that base we see we have
1:52:47
here water. Can act as a base. And we will take that base we see we have a here water. Can act as a base. And we will take that base we see we have a positive here water. Can act as a base. And we will take that base we see we have a positive charge And we will take that base we see we have a positive charge here And we will take that base we see we have a positive charge here. So And we will take that base we see we have a positive charge here. So we're
1:52:56
take that base we see we have a positive charge here. So we're going to take that base we see we have a positive charge here. So we're going And we will take that base we see we have a positive charge here. So And we will take that base we see we have a positive charge here. So we're take that base we see we have a positive charge here. So we're going take that base we see we have a positive charge here. So we're going to
1:53:05
take that base we see we have a positive charge here. So we're going to take take that base we see we have a positive charge here. So we're going to take. The see we have a positive charge here. So we're going to take. The base take that base we see we have a positive charge here. So we're going to take. The see we have a positive charge here. So we're going to take. The base see we have a positive charge here. So we're going to take. The base one
1:53:15
see we have a positive charge here. So we're going to take. The base one of those see we have a positive charge here. So we're going to take. The base one of those lone see we have a positive charge here. So we're going to take. The base one of those lone pairs here. So we're going to take. The base one of those lone pairs there here. So we're going to take. The base one of those lone pairs there and here. So we're going to take. The base one of those lone pairs there and we're
1:53:25
here. So we're going to take. The base one of those lone pairs there and we're going to here. So we're going to take. The base one of those lone pairs there and we're going to come here. So we're going to take. The base one of those lone pairs there and we're going to come in The base one of those lone pairs there and we're going to come in and one of those lone pairs there and we're going to come in and abstract one of those lone pairs there and we're going to come in and Abstract
1:53:35
one of those lone pairs there and we're going to come in and Abstract a one of those lone pairs there and we're going to come in and Abstract a proton one of those lone pairs there and we're going to come in and Abstract a proton that one of those lone pairs there and we're going to come in and Abstract a proton that is The base one of those lone pairs there and we're going to come in and Abstract a proton that is on there and we're going to come in and Abstract a proton that is on a
1:53:45
there and we're going to come in and Abstract a proton that is on a carbon there and we're going to come in and Abstract a proton that is on a carbon that there and we're going to come in and Abstract a proton that is on a carbon that is there and we're going to come in and Abstract a proton that is on a carbon that is adjacent there and we're going to come in and Abstract a proton that is on a carbon that is adjacent from and Abstract a proton that is on a carbon that is adjacent from the
1:53:55
and Abstract a proton that is on a carbon that is adjacent from the carbocation and Abstract a proton that is on a carbon that is adjacent from the carbocation. So and Abstract a proton that is on a carbon that is adjacent from the carbocation. So the and Abstract a proton that is on a carbon that is adjacent from the carbocation. So the base is and Abstract a proton that is on a carbon that is adjacent from the carbocation. So the base
1:54:04
and Abstract a proton that is on a carbon that is adjacent from the carbocation. So and Abstract a proton that is on a carbon that is adjacent from the carbocation. So the and Abstract a proton that is on a carbon that is adjacent from the carbocation. So the base and Abstract a proton that is on a carbon that is adjacent from the carbocation. So the base is a carbon that is adjacent from the carbocation. So the base is going to
1:54:12
a carbon that is adjacent from the carbocation. So the base is going to come a carbon that is adjacent from the carbocation. So the base is going to come grab a carbon that is adjacent from the carbocation. So the base is going to come grab that a carbon that is adjacent from the carbocation. So the base is going to come grab that proton the carbocation. So the base is going to come grab that proton. Okay the carbocation. So the base is going to come grab that proton. Okay and
1:54:22
the carbocation. So the base is going to come grab that proton. Okay and it the carbocation. So the base is going to come grab that proton. Okay and it kind the carbocation. So the base is going to come grab that proton. Okay and it kind of the carbocation. So the base is going to come grab that proton. Okay and it kind of looks the carbocation. So the base is going to come grab that proton. Okay and it kind of looks like
1:54:31
the carbocation. So the base is going to come grab that proton. Okay and it kind of looks like a going to come grab that proton. Okay and it kind of looks like a proton going to come grab that proton. Okay and it kind of looks like a proton transfer grab that proton. Okay and it kind of looks like a proton transfer but grab that proton. Okay and it kind of looks like a proton transfer but it's grab that proton. Okay and it kind of looks like a proton transfer but it's not
1:54:40
kind of looks like a proton transfer but it's not technically kind of looks like a proton transfer but it's not technically because kind of looks like a proton transfer but it's not technically because now kind of looks like a proton transfer but it's not technically because now we'll proton transfer but it's not technically because now we'll take proton transfer but it's not technically because now we'll take these proton transfer but it's not technically because now we'll take these. Elect
1:54:51
proton transfer but it's not technically because now we'll take these. Electrons proton transfer but it's not technically because now we'll take these. Electrons in proton transfer but it's not technically because now we'll take these. Electrons in that proton transfer but it's not technically because now we'll take these. Electrons proton transfer but it's not technically because now we'll take these. Electrons in
1:55:00
proton transfer but it's not technically because now we'll take these. Electrons in that technically because now we'll take these. Electrons in that Bond technically because now we'll take these. Electrons in that Bond right technically because now we'll take these. Electrons in that Bond right there technically because now we'll take these. Electrons in that Bond right there and technically because now we'll take these. Electrons in that Bond right there and. Form
1:55:10
technically because now we'll take these. Electrons in that Bond right there and. Form a take these. Electrons in that Bond right there and. Form a double technically because now we'll take these. Electrons in that Bond right there and. Form technically because now we'll take these. Electrons in that Bond right there and. Form a take these. Electrons in that Bond right there and. Form a double take these. Electrons in that Bond right there and. Form a double bond
1:55:19
take these. Electrons in that Bond right there and. Form a double bond right take these. Electrons in that Bond right there and. Form a double bond right there take these. Electrons in that Bond right there and. Form a double bond right there. And take these. Electrons in that Bond right there and. Form a double bond right there. And so Bond right there and. Form a double bond right there. And so that's take these. Electrons in that Bond right there and. Form a double bond right there. And so
1:55:30
take these. Electrons in that Bond right there and. Form a double bond right there. And Bond right there and. Form a double bond right there. And so that's Bond right there and. Form a double bond right there. And so that's going to there and. Form a double bond right there. And so that's going to generate there and. Form a double bond right there. And so that's going to generate our there and. Form a double bond right there. And so that's going to generate our. Product
1:55:40
there and. Form a double bond right there. And so that's going to generate our. Product that right there. And so that's going to generate our. Product that looks right there. And so that's going to generate our. Product that looks like there and. Form a double bond right there. And so that's going to generate our. Product right there. And so that's going to generate our. Product that looks there and. Form a double bond right there. And so that's going to generate our. Product that
1:55:49
right there. And so that's going to generate our. Product that looks like And so that's going to generate our. Product that looks like this And so that's going to generate our. Product that looks like this so And so that's going to generate our. Product that looks like this so we And so that's going to generate our. Product that looks like this so we will And so that's going to generate our. Product that looks like this so we will have
1:55:59
And so that's going to generate our. Product that looks like this so we will have. Two And so that's going to generate our. Product that looks like this so we will have. Two hyd And so that's going to generate our. Product that looks like this so we will have. Two hydrog our. Product that looks like this so we will have. Two hydrogen And so that's going to generate our. Product that looks like this so we will have. Two our. Product that looks like this so we will have. Two hydrogens
1:56:08
our. Product that looks like this so we will have. Two hydrogens there our. Product that looks like this so we will have. Two hydrogens there a our. Product that looks like this so we will have. Two hydrogens there a carbon our. Product that looks like this so we will have. Two hydrogens there a carbon. N our. Product that looks like this so we will have. Two hydrogens there a carbon. And our. Product that looks like this so we will have. Two hydrogens there a carbon. And a
1:56:18
this so we will have. Two hydrogens there a carbon. And a say this so we will have. Two hydrogens there a carbon. And a 6th our. Product that looks like this so we will have. Two hydrogens there a carbon. And our. Product that looks like this so we will have. Two hydrogens there a carbon. And a we will have. Two hydrogens there a carbon. And a 6th Street and we will have. Two hydrogens there a carbon. And a 6th Street and a we will have. Two hydrogens there a carbon. And a 6th Street and a ch3
1:56:29
we will have. Two hydrogens there a carbon. And a 6th Street and a ch3 like we will have. Two hydrogens there a carbon. And a 6th Street and a ch3 like that we will have. Two hydrogens there a carbon. And a 6th Street and a ch3 like that so we will have. Two hydrogens there a carbon. And a 6th Street and a ch3 like that so that we will have. Two hydrogens there a carbon. And a 6th Street and a ch3 like that so that is
1:56:37
we will have. Two hydrogens there a carbon. And a 6th Street and a ch3 like that so that is a there a carbon. And a 6th Street and a ch3 like that so that is a. Elect there a carbon. And a 6th Street and a ch3 like that so that is a. Electr there a carbon. And a 6th Street and a ch3 like that so that is a. Electrophile there a carbon. And a 6th Street and a ch3 like that so that is a. Electroph And a 6th Street and a ch3 like that so that is a. Electrophile el
1:56:46
And a 6th Street and a ch3 like that so that is a. Electrophile elim there a carbon. And a 6th Street and a ch3 like that so that is a. Electrophile And a 6th Street and a ch3 like that so that is a. Electrophile elimination And a 6th Street and a ch3 like that so that is a. Electrophile elimination reaction And a 6th Street and a ch3 like that so that is a. Electrophile elimination reaction. Now And a 6th Street and a ch3 like that so that is a. Electrophile elimination reaction. Now why
1:56:57
And a 6th Street and a ch3 like that so that is a. Electrophile elimination reaction. Now And a 6th Street and a ch3 like that so that is a. Electrophile elimination reaction. Now why And a 6th Street and a ch3 like that so that is a. Electrophile elimination reaction. Now why is that so that is a. Electrophile elimination reaction. Now why is that that so that is a. Electrophile elimination reaction. Now why is that what's
1:57:05
that so that is a. Electrophile elimination reaction. Now why is that what's the that so that is a. Electrophile elimination reaction. Now why is that what's the difference elimination reaction. Now why is that what's the difference between elimination reaction. Now why is that what's the difference between an elimination reaction. Now why is that what's the difference between an E2 elimination reaction. Now why is that what's the difference between an E2 then
1:57:14
reaction. Now why is that what's the difference between an E2 then. That reaction. Now why is that what's the difference between an E2 then. That was reaction. Now why is that what's the difference between an E2 then. That was what reaction. Now why is that what's the difference between an E2 then. That was what we reaction. Now why is that what's the difference between an E2 then. That was what we did reaction. Now why is that what's the difference between an E2 then. That
1:57:24
reaction. Now why is that what's the difference between an E2 then. That was reaction. Now why is that what's the difference between an E2 then. That was what reaction. Now why is that what's the difference between an E2 then. That was what we reaction. Now why is that what's the difference between an E2 then. That was what we did the difference between an E2 then. That was what we did previously the difference between an E2 then. That was what we did previously but
1:57:34
difference between an E2 then. That was what we did previously but let's just difference between an E2 then. That was what we did previously but let's difference between an E2 then. That was what we did previously but let's just do difference between an E2 then. That was what we did previously but let's just do it difference between an E2 then. That was what we did previously but let's just do it again difference between an E2 then. That was what we did previously but let's just do it again here
1:57:44
That was what we did previously but let's just do it again here. And That was what we did previously but let's just do it again here. And this That was what we did previously but let's just do it again here. And this time That was what we did previously but let's just do it again here. And this time I'll That was what we did previously but let's just do it again here. And this time I'll just That was what we did previously but let's just do it again here. And this time I'll just put
1:57:55
That was what we did previously but let's just do it again here. And this time I'll just put our but let's just do it again here. And this time I'll just put our groups but let's just do it again here. And this time I'll just put our groups here but let's just do it again here. And this time I'll just put our groups here. Like but let's just do it again here. And this time I'll just put our groups here. Like that
1:58:03
but let's just do it again here. And this time I'll just put our groups here. Like that. And but let's just do it again here. And this time I'll just put our groups here. Like that. And then And this time I'll just put our groups here. Like that. And then this And this time I'll just put our groups here. Like that. And then this one but let's just do it again here. And this time I'll just put our groups here. Like that. And And this time I'll just put our groups here. Like that. And then this
1:58:13
And this time I'll just put our groups here. Like that. And then And this time I'll just put our groups here. Like that. And then this one And this time I'll just put our groups here. Like that. And then this one we And this time I'll just put our groups here. Like that. And then this one we would And this time I'll just put our groups here. Like that. And then this one we would have And this time I'll just put our groups here. Like that. And then this one we would have a
1:58:23
And this time I'll just put our groups here. Like that. And then this one we would have a strong groups here. Like that. And then this one we would have a strong base groups here. Like that. And then this one we would have a strong base. And groups here. Like that. And then this one we would have a strong base. That groups here. Like that. And then this one we would have a strong base. And that And then this one we would have a strong base. And that. To
1:58:32
And then this one we would have a strong base. And that. To see And then this one we would have a strong base. And that. To see the And then this one we would have a strong base. And that. To And then this one we would have a strong base. And that. To see And then this one we would have a strong base. And that. To see the And then this one we would have a strong base. And that. To see the difference And then this one we would have a strong base. And that. To see the difference between
1:58:43
And then this one we would have a strong base. And that. To see the difference between those And then this one we would have a strong base. And that. To see the difference between those two a strong base. And that. To see the difference between those two mechanisms And that. To see the difference between those two mechanisms. Sim And that. To see the difference between those two mechanisms. Similar And that. To see the difference between those two mechanisms. Similar but
1:58:52
And that. To see the difference between those two mechanisms. Similar but different To see the difference between those two mechanisms. Similar but different. It's To see the difference between those two mechanisms. Similar but different. The To see the difference between those two mechanisms. Similar but different. The face To see the difference between those two mechanisms. Similar but different. Smiley face To see the difference between those two mechanisms. Similar but different. It's a H2
1:59:03
To see the difference between those two mechanisms. Similar but different. It's a H2O To see the difference between those two mechanisms. Similar but different. It's a To see the difference between those two mechanisms. Similar but different. It's a H2O Similar but different. It's a H2O what's Similar but different. It's a H2O what's I Similar but different. It's a H2O what's I failed Similar but different. It's a H2O what's I failed to Similar but different. It's a H2O what's I failed to report
1:59:13
Similar but different. It's a H2O what's I failed to report also Similar but different. It's a H2O what's I failed to report also up Similar but different. It's a H2O what's I failed to report also up on It's a H2O what's I failed to report also up on this It's a H2O what's I failed to report also up on this pancreaction It's a H2O what's I failed to report also up on this pancreaction here It's a H2O what's I failed to report also up on this pancreaction here. Water
1:59:24
It's a H2O what's I failed to report also up on this pancreaction here. Water came It's a H2O what's I failed to report also up on this pancreaction here. Water It's a H2O what's I failed to report also up on this pancreaction here. Water came report also up on this pancreaction here. Water came and report also up on this pancreaction here. Water came and grab that report also up on this pancreaction here. Water came and grab that proton
1:59:33
report also up on this pancreaction here. Water came and grab that proton so report also up on this pancreaction here. Water came and grab that proton so that pancreaction here. Water came and grab that proton so that would pancreaction here. Water came and grab that proton so that would have pancreaction here. Water came and grab that proton so that would have to pancreaction here. Water came and grab that proton so that would have to give
1:59:42
pancreaction here. Water came and grab that proton so that would have to give us pancreaction here. Water came and grab that proton so that would have to give us. A pancreaction here. Water came and grab that proton so that would have to give us. A hyd pancreaction here. Water came and grab that proton so that would have to give us. A hydron pancreaction here. Water came and grab that proton so that would have to give us. A and grab that proton so that would have to give us. A hydronium
1:59:52
and grab that proton so that would have to give us. A hydronium. And and grab that proton so that would have to give us. A hydronium. And that's and grab that proton so that would have to give us. A hydronium. And that's to and grab that proton so that would have to give us. A hydronium. And and grab that proton so that would have to give us. A hydronium. And that's and grab that proton so that would have to give us. A hydronium. And that's totally
2:00:01
so that would have to give us. A hydronium. And that's totally cut so that would have to give us. A hydronium. And that's totally cut off so that would have to give us. A hydronium. And that's totally cut off the so that would have to give us. A hydronium. And that's totally cut off the. Bull so that would have to give us. A hydronium. And that's totally cut off the. We'll put so that would have to give us. A hydronium. And that's totally cut off the. We'll
2:00:11
so that would have to give us. A hydronium. And that's totally cut off the. We'll put it right so that would have to give us. A hydronium. And that's totally cut off the. We'll put it hydronium. And that's totally cut off the. We'll put it right here so that would have to give us. A hydronium. And that's totally cut off the. We'll put so that would have to give us. A hydronium. And that's totally cut off the. We'll
2:00:20
so that would have to give us. A hydronium. And that's totally cut off the. We'll put it hydronium. And that's totally cut off the. We'll put it right here so that would have to give us. A hydronium. And that's totally cut off the. We'll put it right hydronium. And that's totally cut off the. We'll put it right here Plus hydronium. And that's totally cut off the. We'll put it right here plus hydronium. And that's totally cut off the. We'll put it right here plus hydronium
2:00:30
hydronium. And that's totally cut off the. We'll put it right here plus hydronium. So hydronium. And that's totally cut off the. We'll put it right here plus hydronium. So in hydronium. And that's totally cut off the. We'll put it right here plus hydronium. So in the cut off the. We'll put it right here plus hydronium. So in the elect hydronium. And that's totally cut off the. We'll put it right here plus hydronium. So
2:00:39
hydronium. And that's totally cut off the. We'll put it right here plus hydronium. So in hydronium. And that's totally cut off the. We'll put it right here plus hydronium. So in the cut off the. We'll put it right here plus hydronium. So in the electrophile We'll put it right here plus hydronium. So in the electrophile elimination We'll put it right here plus hydronium. So in the electrophile elimination. We hydronium. So in the electrophile elimination. We have
2:00:48
hydronium. So in the electrophile elimination. We have a We'll put it right here plus hydronium. So in the electrophile elimination. We hydronium. So in the electrophile elimination. We have hydronium. So in the electrophile elimination. We have a hydronium. So in the electrophile elimination. We have a carbocation hydronium. So in the electrophile elimination. We have a carbocation and electrophile elimination. We have a carbocation and we're using
2:00:58
hydronium. So in the electrophile elimination. We have a carbocation and we're electrophile elimination. We have a carbocation and we're using two electrophile elimination. We have a carbocation and we're using two arrows electrophile elimination. We have a carbocation and we're using two arrows. To electrophile elimination. We have a carbocation and we're using two arrows. To get electrophile elimination. We have a carbocation and we're using two arrows. To get to
2:01:07
electrophile elimination. We have a carbocation and we're using two arrows. To electrophile elimination. We have a carbocation and we're using two arrows. To get electrophile elimination. We have a carbocation and we're using two arrows. To get to elimination. We have a carbocation and we're using two arrows. To get to our product elimination. We have a carbocation and we're using two arrows. To get to our carbocation and we're using two arrows. To get to our product. Where
2:01:17
carbocation and we're using two arrows. To get to our product. Whereas carbocation and we're using two arrows. To get to our product. Whereas in carbocation and we're using two arrows. To get to our product. Where carbocation and we're using two arrows. To get to our product. Whereas in E2 carbocation and we're using two arrows. To get to our product. Whereas in E2 there's using two arrows. To get to our product. Whereas in E2 there's no
2:01:26
using two arrows. To get to our product. Whereas in E2 there's no carbocation using two arrows. To get to our product. Whereas in E2 there's no carbocation and using two arrows. To get to our product. Whereas in E2 there's no carbocation and we're using two arrows. To get to our product. Whereas in E2 there's no carbocation and we're using product. Whereas in E2 there's no carbocation and we're using three product. Whereas in E2 there's no carbocation and we're using three arrows
2:01:37
product. Whereas in E2 there's no carbocation and we're using three arrows to product. Whereas in E2 there's no carbocation and we're using three arrows to get in E2 there's no carbocation and we're using three arrows to get to in E2 there's no carbocation and we're using three arrows to get to our in E2 there's no carbocation and we're using three arrows to get to our product carbocation and we're using three arrows to get to our product slightly
2:01:46
carbocation and we're using three arrows to get to our product slightly it's carbocation and we're using three arrows to get to our product slightly it's different In In a In an elect In an electr In an electroph In In an In an electrophilic In an electrophilic Edition In an electrophilic Edition reaction In an electrophilic Edition reaction is In an electrophilic Edition reaction is where In an electrophilic Edition reaction is where you can In an electrophilic Edition reaction is where you
2:01:57
In an electrophilic Edition reaction is where you can have In an electrophilic Edition reaction is where you can have a In an electrophilic addition reaction is where you can have a In an electrophilic addition reaction is where you can have a. Elect In an electrophilic addition reaction is where you can have a. Electron In an electrophilic addition reaction is where you can have a. Electron rich In an electrophilic addition reaction is where you can have a. Electron
2:02:07
In an electrophilic addition reaction is where you can have a. Electron rich In an electrophilic addition reaction is where you can have a. Electron Rich In an electrophilic addition reaction is where you can have a. Electron Rich Pi In an electrophilic addition reaction is where you can have a. Electron Rich Pi Bond In an electrophilic addition reaction is where you can have a. Electron Rich Pi Bond so reaction is where you can have a. Electron Rich Pi Bond so double
2:02:17
reaction is where you can have a. Electron Rich Pi Bond so double bonds reaction is where you can have a. Electron Rich Pi Bond so double bonds. Or reaction is where you can have a. Electron Rich Pi Bond so double bonds. Or triple reaction is where you can have a. Electron Rich Pi Bond so double bonds. Or triple bonds a. Electron Rich Pi Bond so double bonds. Or triple bonds. To a. Electron Rich Pi Bond so double bonds. Or triple bonds. To our
2:02:26
a. Electron Rich Pi Bond so double bonds. Or triple bonds. To our elect a. Electron Rich Pi Bond so double bonds. Or triple bonds. To our electron a. Electron Rich Pi Bond so double bonds. Or triple bonds. To a. Electron Rich Pi Bond so double bonds. Or triple bonds. To our a. Electron Rich Pi Bond so double bonds. Or triple bonds. To our electron a. Electron Rich Pi Bond so double bonds. Or triple bonds. To our electron rich
2:02:35
a. Electron Rich Pi Bond so double bonds. Or triple bonds. To our electron rich. So a. Electron Rich Pi Bond so double bonds. Or triple bonds. To our electron rich. So we a. Electron Rich Pi Bond so double bonds. Or triple bonds. To our electron rich. So we can double bonds. Or triple bonds. To our electron rich. So we can take a. Electron Rich Pi Bond so double bonds. Or triple bonds. To our electron rich. So a. Electron Rich Pi Bond so double bonds. Or triple bonds. To our electron rich. So we
2:02:45
a. Electron Rich Pi Bond so double bonds. Or triple bonds. To our electron rich. So we can double bonds. Or triple bonds. To our electron rich. So we can take Electron Rich Pi Bond so double bonds. Or triple bonds. To our electron rich. So we can take a bonds. Or triple bonds. To our electron rich. So we can take a. Pi bonds. Or triple bonds. To our electron rich. So we can take a. Pi b bonds. Or triple bonds. To our electron rich. So we can take a. Pi Bond
2:02:54
bonds. Or triple bonds. To our electron rich. So we can take a. Pi bond from bonds. Or triple bonds. To our electron rich. So we can take a. Pi bonds. Or triple bonds. To our electron rich. So we can take a. Pi bond from a bonds. Or triple bonds. To our electron rich. So we can take a. Pi bond bonds. Or triple bonds. To our electron rich. So we can take a. Pi bond from a bonds. Or triple bonds. To our electron rich. So we can take a. Pi bond from
2:03:03
bonds. Or triple bonds. To our electron rich. So we can take a. Pi bond from a double bonds. Or triple bonds. To our electron rich. So we can take a. Pi bond from a double bond bonds. Or triple bonds. To our electron rich. So we can take a. Pi bond from a double bond and electron rich. So we can take a. Pi bond from a double bond and treat Or triple bonds. To our electron rich. So we can take a. Pi bond from a double bond and treat it
2:03:12
rich. So we can take a. Pi bond from a double bond and treat it with rich. So we can take a. Pi bond from a double bond and treat it with. Let's rich. So we can take a. Pi bond from a double bond and treat it with. Let's say take a. Pi bond from a double bond and treat it with. Let's say hyd take a. Pi bond from a double bond and treat it with. Let's say Hydro rich. So we can take a. Pi bond from a double bond and treat it with. Let's
2:03:21
rich. So we can take a. Pi bond from a double bond and treat it with. Let's say take a. Pi bond from a double bond and treat it with. Let's say hydrochloric take a. Pi bond from a double bond and treat it with. Let's say hydrochloric acid take a. Pi bond from a double bond and treat it with. Let's say hydrochloric acid so double bond and treat it with. Let's say hydrochloric acid so if double bond and treat it with. Let's say hydrochloric acid so if that's
2:03:31
double bond and treat it with. Let's say hydrochloric acid so if that's the treat it with. Let's say hydrochloric acid so if that's the electron treat it with. Let's say hydrochloric acid so if that's the electron Rich treat it with. Let's say hydrochloric acid so if that's the electron Rich we treat it with. Let's say hydrochloric acid so if that's the electron Rich we already hydrochloric acid so if that's the electron Rich we already know
2:03:40
hydrochloric acid so if that's the electron Rich we already know that hydrochloric acid so if that's the electron Rich we already know that proton hydrochloric acid so if that's the electron Rich we already know that proton from if that's the electron Rich we already know that proton from previous if that's the electron Rich we already know that proton from previous experience that if that's the electron Rich we already know that proton from previous experience
2:03:50
if that's the electron Rich we already know that proton from previous experience that is already know that proton from previous experience that is going already know that proton from previous experience that is going to already know that proton from previous experience that is going to be already know that proton from previous experience that is going to be partially already know that proton from previous experience that is going to be partially positive
2:03:59
previous experience that is going to be partially positive. So previous experience that is going to be partially positive. So we previous experience that is going to be partially positive. So we can previous experience that is going to be partially positive. So previous experience that is going to be partially positive. So we previous experience that is going to be partially positive. So we can previous experience that is going to be partially positive. So we can take
2:04:09
previous experience that is going to be partially positive. So we can take the previous experience that is going to be partially positive. So we can take the electrons going to be partially positive. So we can take the electrons in the going to be partially positive. So we can take the electrons in the pi going to be partially positive. So we can take the electrons in the pi Bond going to be partially positive. So we can take the electrons in the pi Bond. And
2:04:19
going to be partially positive. So we can take the electrons in the pi Bond. And we going to be partially positive. So we can take the electrons in the pi Bond. And we draw it going to be partially positive. So we can take the electrons in the pi Bond. And we draw it from So we can take the electrons in the pi Bond. And we draw it from the So we can take the electrons in the pi Bond. And we draw it from the center So we can take the electrons in the pi Bond. And we draw it from the center of
2:04:29
So we can take the electrons in the pi Bond. And we draw it from the center of the So we can take the electrons in the pi Bond. And we draw it from the center of the double So we can take the electrons in the pi Bond. And we draw it from the center of the double bond the pi Bond. And we draw it from the center of the double bond. So the pi Bond. And we draw it from the center of the double bond. So we the pi Bond. And we draw it from the center of the double bond. So we start
2:04:38
the pi Bond. And we draw it from the center of the double bond. So we start the the pi Bond. And we draw it from the center of the double bond. So we start the arrow the pi Bond. And we draw it from the center of the double bond. So we start the arrow from the pi Bond. And we draw it from the center of the double bond. So we start the arrow from the the center of the double bond. So we start the arrow from the center the center of the double bond. So we start the arrow from the center we
2:04:48
of the double bond. So we start the arrow from the center we grab of the double bond. So we start the arrow from the center we grab that of the double bond. So we start the arrow from the center we grab that proton of the double bond. So we start the arrow from the center we grab that proton and of the double bond. So we start the arrow from the center we grab that proton and then of the double bond. So we start the arrow from the center we grab that proton and then break
2:04:58
the arrow from the center we grab that proton and then break the the arrow from the center we grab that proton and then break the carpet the arrow from the center we grab that proton and then break the carpet or the arrow from the center we grab that proton and then break the carpet or hydrogen center we grab that proton and then break the carpet or hydrogen fluorine Bond center we grab that proton and then break the carpet or hydrogen fluorine Bond like
2:05:07
center we grab that proton and then break the carpet or hydrogen fluorine Bond like so then break the carpet or hydrogen fluorine Bond like so. And we then break the carpet or hydrogen fluorine Bond like so. And then break the carpet or hydrogen fluorine Bond like so. And we have to then break the carpet or hydrogen fluorine Bond like so. And we have then break the carpet or hydrogen fluorine Bond like so. And then break the carpet or hydrogen fluorine Bond like so. And we
2:05:17
then break the carpet or hydrogen fluorine Bond like so. And we have then break the carpet or hydrogen fluorine Bond like so. And we have to then break the carpet or hydrogen fluorine Bond like so. And we have to also then break the carpet or hydrogen fluorine Bond like so. And we have to also remember hydrogen fluorine Bond like so. And we have to also remember that hydrogen fluorine Bond like so. And we have to also remember that. The
2:05:26
hydrogen fluorine Bond like so. And we have to also remember that. The lone hydrogen fluorine Bond like so. And we have to also remember that. The lone pair hydrogen fluorine Bond like so. And we have to also remember that. The lone pairs hydrogen fluorine Bond like so. And we have to also remember that. The lone hydrogen fluorine Bond like so. And we have to also remember that. The hydrogen fluorine Bond like so. And we have to also remember that. The lone pairs
2:05:36
hydrogen fluorine Bond like so. And we have to also remember that. The lone pairs are hydrogen fluorine Bond like so. And we have to also remember that. The lone pairs are already And we have to also remember that. The lone pairs are already there And we have to also remember that. The lone pairs are already there. So And we have to also remember that. The lone pairs are already there. So that's And we have to also remember that. The lone pairs are already there. So that's going
2:05:45
And we have to also remember that. The lone pairs are already there. So And we have to also remember that. The lone pairs are already there. So that's And we have to also remember that. The lone pairs are already there. So that's going And we have to also remember that. The lone pairs are already there. So that's going to And we have to also remember that. The lone pairs are already there. So that's going to then that. The lone pairs are already there. So that's going to then. At
2:05:55
that. The lone pairs are already there. So that's going to then. At the that. The lone pairs are already there. So that's going to then. At the hyd that. The lone pairs are already there. So that's going to then. At that. The lone pairs are already there. So that's going to then. At the that. The lone pairs are already there. So that's going to then. At the hydrogen that. The lone pairs are already there. So that's going to then. At the hydrogen here
2:06:05
that. The lone pairs are already there. So that's going to then. At the hydrogen here. To that. The lone pairs are already there. So that's going to then. At the hydrogen here. To give that. The lone pairs are already there. So that's going to then. At the hydrogen here. To give us that. The lone pairs are already there. So that's going to then. At the hydrogen here. To that. The lone pairs are already there. So that's going to then. At the hydrogen here. To give
2:06:14
that. The lone pairs are already there. So that's going to then. At the hydrogen here. To give us there. So that's going to then. At the hydrogen here. To give us a there. So that's going to then. At the hydrogen here. To give us a carbocation there. So that's going to then. At the hydrogen here. To give us a carbocation there there. So that's going to then. At the hydrogen here. To give us a carbocation there. So
2:06:23
there. So that's going to then. At the hydrogen here. To give us a carbocation there. So that there. So that's going to then. At the hydrogen here. To give us a carbocation there. So that is At the hydrogen here. To give us a carbocation there. So that is a hydrogen here. To give us a carbocation there. So that is a electrophilic hydrogen here. To give us a carbocation there. So that is a electrophilic addition
2:06:31
hydrogen here. To give us a carbocation there. So that is a electrophilic addition. Step a carbocation there. So that is a electrophilic addition. Step. And a carbocation there. So that is a electrophilic addition. Step. And we a carbocation there. So that is a electrophilic addition. Step. And we still a carbocation there. So that is a electrophilic addition. Step. And a carbocation there. So that is a electrophilic addition. Step. And we still have
2:06:40
a carbocation there. So that is a electrophilic addition. Step. And we a carbocation there. So that is a electrophilic addition. Step. And we still a carbocation there. So that is a electrophilic addition. Step. And we still have So that is a electrophilic addition. Step. And we still have the So that is a electrophilic addition. Step. And we still have the chloride So that is a electrophilic addition. Step. And we still have the chloride. Flo
2:06:49
So that is a electrophilic addition. Step. And we still have the chloride. Floating addition. Step. And we still have the chloride. Floating around addition. Step. And we still have the chloride. Floating around so So that is a electrophilic addition. Step. And we still have the chloride. Floating addition. Step. And we still have the chloride. Floating around addition. Step. And we still have the chloride. Floating around so
2:06:58
addition. Step. And we still have the chloride. Floating around so that addition. Step. And we still have the chloride. Floating around so that would addition. Step. And we still have the chloride. Floating around so that would be have the chloride. Floating around so that would be negatively have the chloride. Floating around so that would be negatively charged have the chloride. Floating around so that would be negatively charged just
2:07:07
chloride. Floating around so that would be negatively charged just like Floating around so that would be negatively charged just like that Floating around so that would be negatively charged just like that. So Floating around so that would be negatively charged just like that. So you Floating around so that would be negatively charged just like that. So you can Floating around so that would be negatively charged just like that. So you can have
2:07:16
Floating around so that would be negatively charged just like that. So you can have the same Floating around so that would be negatively charged just like that. So Floating around so that would be negatively charged just like that. So you Floating around so that would be negatively charged just like that. So you can Floating around so that would be negatively charged just like that. So you can have Floating around so that would be negatively charged just like that. So you can have the same
2:07:26
negatively charged just like that. So you can have the same thing negatively charged just like that. So you can have the same thing with negatively charged just like that. So you can have the same thing with a negatively charged just like that. So you can have the same thing with a pi negatively charged just like that. So you can have the same thing with a pi Bond negatively charged just like that. So you can have the same thing with a pi Bond right
2:07:35
negatively charged just like that. So you can have the same thing with a pi Bond right here that. So you can have the same thing with a pi Bond right here so that. So you can have the same thing with a pi Bond right here so we that. So you can have the same thing with a pi Bond right here so we we that. So you can have the same thing with a pi Bond right here so we we erase that. So you can have the same thing with a pi Bond right here so we we erase that
2:07:44
that. So you can have the same thing with a pi Bond right here so we we erase that and that. So you can have the same thing with a pi Bond right here so we we erase that and draw that. So you can have the same thing with a pi Bond right here so we we erase that and draw it thing with a pi Bond right here so we we erase that and draw it not thing with a pi Bond right here so we we erase that and draw it not in with a pi Bond right here so we we erase that and draw it not in the
2:07:54
with a pi Bond right here so we we erase that and draw it not in the skeletal with a pi Bond right here so we we erase that and draw it not in the skeletal form with a pi Bond right here so we we erase that and draw it not in the skeletal form but with a pi Bond right here so we we erase that and draw it not in the skeletal form but draw with a pi Bond right here so we we erase that and draw it not in the skeletal form but draw it
2:08:03
we erase that and draw it not in the skeletal form but draw it like we erase that and draw it not in the skeletal form but draw it like this we erase that and draw it not in the skeletal form but draw it like this. Just we erase that and draw it not in the skeletal form but draw it like this. Just to we erase that and draw it not in the skeletal form but draw it like this. Just to make we erase that and draw it not in the skeletal form but draw it like this. Just
2:08:12
we erase that and draw it not in the skeletal form but draw it like this. Just to we erase that and draw it not in the skeletal form but draw it like this. Just to make we erase that and draw it not in the skeletal form but draw it like this. Just to make it the skeletal form but draw it like this. Just to make it a little the skeletal form but draw it like this. Just to make it a little bit the skeletal form but draw it like this. Just to make it a little bit easier
2:08:22
the skeletal form but draw it like this. Just to make it a little bit easier to the skeletal form but draw it like this. Just to make it a little bit easier to see the skeletal form but draw it like this. Just to make it a little bit easier to see. Like like this. Just to make it a little bit easier to see. Like that the skeletal form but draw it like this. Just to make it a little bit easier to see. Like like this. Just to make it a little bit easier to see. Like that
2:08:31
like this. Just to make it a little bit easier to see. Like that we like this. Just to make it a little bit easier to see. Like that we treat it like this. Just to make it a little bit easier to see. Like that we treat like this. Just to make it a little bit easier to see. Like that we treat it with like this. Just to make it a little bit easier to see. Like that we treat it with HCL like this. Just to make it a little bit easier to see. Like that we treat it with HCL. Same
2:08:41
like this. Just to make it a little bit easier to see. Like that we treat it with HCL. Same little bit easier to see. Like that we treat it with HCL. Same step little bit easier to see. Like that we treat it with HCL. Same step little bit easier to see. Like that we treat it with HCL. Same step here little bit easier to see. Like that we treat it with HCL. Same step here we easier to see. Like that we treat it with HCL. Same step here we take
2:08:50
easier to see. Like that we treat it with HCL. Same step here we take the easier to see. Like that we treat it with HCL. Same step here we take the pi easier to see. Like that we treat it with HCL. Same step here we take the pi electrons treat it with HCL. Same step here we take the pi electrons. Like treat it with HCL. Same step here we take the pi electrons. Like that treat it with HCL. Same step here we take the pi electrons. Like
2:08:59
treat it with HCL. Same step here we take the pi electrons. Like that treat it with HCL. Same step here we take the pi electrons. Like that boom treat it with HCL. Same step here we take the pi electrons. Like that boom. And Same step here we take the pi electrons. Like that boom. And then treat it with HCL. Same step here we take the pi electrons. Like that boom. And Same step here we take the pi electrons. Like that boom. And then
2:09:07
Same step here we take the pi electrons. Like that boom. And then we Same step here we take the pi electrons. Like that boom. And then we can Same step here we take the pi electrons. Like that boom. And then we can generate Same step here we take the pi electrons. Like that boom. And then we can generate this Same step here we take the pi electrons. Like that boom. And then we can generate this. One electrons. Like that boom. And then we can generate this. One too
2:09:17
electrons. Like that boom. And then we can generate this. One two electrons. Like that boom. And then we can generate this. One two. Ch electrons. Like that boom. And then we can generate this. One two. Ch3 electrons. Like that boom. And then we can generate this. One two. Ch3 one electrons. Like that boom. And then we can generate this. One two. Ch3 one of electrons. Like that boom. And then we can generate this. One two. Ch3 Like that boom. And then we can generate this. One two. Ch3 one
2:09:27
Like that boom. And then we can generate this. One two. Ch3 one of Like that boom. And then we can generate this. One two. Ch3 one of them Like that boom. And then we can generate this. One two. Ch3 one of them gets Like that boom. And then we can generate this. One two. Ch3 one of them gets the Like that boom. And then we can generate this. One two. Ch3 one of them gets the hydrogen generate this. One two. Ch3 one of them gets the hydrogen then the
2:09:37
Like that boom. And then we can generate this. One two. Ch3 one of them gets the hydrogen then generate this. One two. Ch3 one of them gets the hydrogen then the other One two. Ch3 one of them gets the hydrogen then the other will be One two. Ch3 one of them gets the hydrogen then the other will be possibly One two. Ch3 one of them gets the hydrogen then the other would be possibly charged One two. Ch3 one of them gets the hydrogen then the other would be possibly charged. Now
2:09:46
the hydrogen then the other would be possibly charged. Now how the hydrogen then the other would be possibly charged. Now how do I One two. Ch3 one of them gets the hydrogen then the other would be possibly charged. Now the hydrogen then the other would be possibly charged. Now how the hydrogen then the other would be possibly charged. Now how do I the hydrogen then the other would be possibly charged. Now how do I know hydrogen then the other would be possibly charged. Now how do I know if
2:09:56
hydrogen then the other would be possibly charged. Now how do I know if I hydrogen then the other would be possibly charged. Now how do I know if I numbered hydrogen then the other would be possibly charged. Now how do I know if I numbered these hydrogen then the other would be possibly charged. Now how do I know if I numbered these carbons possibly charged. Now how do I know if I numbered these carbons carbons possibly charged. Now how do I know if I numbered these carbons carbons one
2:10:06
possibly charged. Now how do I know if I numbered these carbons carbons one and possibly charged. Now how do I know if I numbered these carbons carbons one and two possibly charged. Now how do I know if I numbered these carbons carbons one and two carbons possibly charged. Now how do I know if I numbered these carbons carbons one and two carbons one know if I numbered these carbons carbons one and two carbons one and know if I numbered these carbons carbons one and two carbons one and two
2:10:16
know if I numbered these carbons carbons one and two carbons one and two how know if I numbered these carbons carbons one and two carbons one and two how do I these carbons carbons one and two carbons one and two how do I know these carbons carbons one and two carbons one and two how do I know that these carbons carbons one and two carbons one and two how do I know that the these carbons carbons one and two carbons one and two how do I know that the hydrogen
2:10:26
these carbons carbons one and two carbons one and two how do I know that the hydrogen goes these carbons carbons one and two carbons one and two how do I know that the hydrogen goes to two carbons one and two how do I know that the hydrogen goes to carbon two carbons one and two how do I know that the hydrogen goes to Carbon two carbons one and two how do I know that the hydrogen goes to Carbon 2 two carbons one and two how do I know that the hydrogen goes to Carbon 2 instead
2:10:35
two carbons one and two how do I know that the hydrogen goes to Carbon 2 instead of two carbons one and two how do I know that the hydrogen goes to Carbon 2 instead of carbon two carbons one and two how do I know that the hydrogen goes to Carbon 2 instead of carbon one know that the hydrogen goes to Carbon 2 instead of carbon one. That know that the hydrogen goes to Carbon 2 instead of carbon one. That is know that the hydrogen goes to Carbon 2 instead of carbon one. That
2:10:44
know that the hydrogen goes to Carbon 2 instead of carbon one. That is know that the hydrogen goes to Carbon 2 instead of carbon one. That is explained know that the hydrogen goes to Carbon 2 instead of carbon one. That is explained by know that the hydrogen goes to Carbon 2 instead of carbon one. That is explained by the Carbon 2 instead of carbon one. That is explained by the marconic Carbon 2 instead of carbon one. That is explained by the marconic cough
2:10:54
Carbon 2 instead of carbon one. That is explained by the marconic cough rule Carbon 2 instead of carbon one. That is explained by the marconic cough Rule Carbon 2 instead of carbon one. That is explained by the marconic cough Rule and Carbon 2 instead of carbon one. That is explained by the marconic cough Rule and so Carbon 2 instead of carbon one. That is explained by the marconic cough Rule and so that That is explained by the marconic cough Rule and so that can be
2:11:03
That is explained by the marconic cough Rule and so that can be discussing That is explained by the marconic cough Rule and so that can be discussing greater That is explained by the marconic cough Rule and so that can be discussing greater detail marconic cough Rule and so that can be discussing greater detail in marconic cough Rule and so that can be discussing greater detail in another marconic cough Rule and so that can be discussing greater detail in another video The The 10th The 10 The
2:11:13
The 10th Elementary The 10th The 10th Elementary The 10th Elementary steps The 10th Elementary steps. That The 10th Elementary steps. That is The 10th Elementary steps. That is critical The 10th Elementary steps. That is critical is The 10th Elementary steps. That is critical is I The 10th Elementary steps. That is critical is I kind The 10th Elementary steps. That is critical is I kind of The 10th Elementary steps. That is critical is I kind of lump
2:11:24
The 10th Elementary steps. That is critical is I kind of lump these The 10th Elementary steps. That is critical is I kind of lump these two The 10th Elementary steps. That is critical is I kind of lump these two together The 10th Elementary steps. That is critical is I kind of lump these two together as The 10th Elementary steps. That is critical is I kind of lump these two together as one The 10th Elementary steps. That is critical is I kind of lump these two together as one. And
2:11:34
is critical is I kind of lump these two together as one. And that's is critical is I kind of lump these two together as one. And that's called The 10th Elementary steps. That is critical is I kind of lump these two together as one. And is critical is I kind of lump these two together as one. And that's is critical is I kind of lump these two together as one. And that's called is critical is I kind of lump these two together as one. And that's called a
2:11:44
is critical is I kind of lump these two together as one. And that's called a one is critical is I kind of lump these two together as one. And that's called a one to lump these two together as one. And that's called a one to hydride lump these two together as one. And that's called a one to hydride shift lump these two together as one. And that's called a one to hydride shift and lump these two together as one. And that's called a one to hydride shift and a
2:11:53
lump these two together as one. And that's called a one to hydride shift and a 12 lump these two together as one. And that's called a one to hydride shift and a 12 alkyl And that's called a one to hydride shift and a 12 alkyl shifts And that's called a one to hydride shift and a 12 alkyl shifts and And that's called a one to hydride shift and a 12 alkyl shifts and these And that's called a one to hydride shift and a 12 alkyl shifts and these shifts
2:12:03
And that's called a one to hydride shift and a 12 alkyl shifts and these shifts occur hydride shift and a 12 alkyl shifts and these shifts occur. When hydride shift and a 12 alkyl shifts and these shifts occur. When you hydride shift and a 12 alkyl shifts and these shifts occur. When hydride shift and a 12 alkyl shifts and these shifts occur. When you hydride shift and a 12 alkyl shifts and these shifts occur. When you have
2:12:11
hydride shift and a 12 alkyl shifts and these shifts occur. When you have a hydride shift and a 12 alkyl shifts and these shifts occur. When you have a carbocation hydride shift and a 12 alkyl shifts and these shifts occur. When you have a carbocation. And shifts and these shifts occur. When you have a carbocation. And when shifts and these shifts occur. When you have a carbocation. And when we hydride shift and a 12 alkyl shifts and these shifts occur. When you have a carbocation. And
2:12:21
shifts and these shifts occur. When you have a carbocation. And when shifts and these shifts occur. When you have a carbocation. And when we shifts and these shifts occur. When you have a carbocation. And when we look shifts and these shifts occur. When you have a carbocation. And when we look at shifts and these shifts occur. When you have a carbocation. And when we look at that shifts and these shifts occur. When you have a carbocation. And when we look at that carbocation
2:12:31
When you have a carbocation. And when we look at that carbocation we When you have a carbocation. And when we look at that carbocation we see When you have a carbocation. And when we look at that carbocation we see that that When you have a carbocation. And when we look at that carbocation we see that When you have a carbocation. And when we look at that carbocation we see that that is When you have a carbocation. And when we look at that carbocation we see that that is a
2:12:41
When you have a carbocation. And when we look at that carbocation we see that that is a secondary when we look at that carbocation we see that that is a secondary carbocation when we look at that carbocation we see that that is a secondary carbocation. That's when we look at that carbocation we see that that is a secondary carbocation. It's when we look at that carbocation we see that that is a secondary carbocation. It's so
2:12:49
when we look at that carbocation we see that that is a secondary carbocation. It's so can carbocation we see that that is a secondary carbocation. It's so can we when we look at that carbocation we see that that is a secondary carbocation. It's when we look at that carbocation we see that that is a secondary carbocation. It's so when we look at that carbocation we see that that is a secondary carbocation. It's so can carbocation we see that that is a secondary carbocation. It's so can we
2:12:59
carbocation we see that that is a secondary carbocation. It's so can we use carbocation we see that that is a secondary carbocation. It's so can we use a carbocation we see that that is a secondary carbocation. It's so can we use a hydrogen carbocation we see that that is a secondary carbocation. It's so can we use a hydrogen. And carbocation we see that that is a secondary carbocation. It's so can we use a hydrogen. And shift
2:13:08
a secondary carbocation. It's so can we use a hydrogen. And shift that a secondary carbocation. It's so can we use a hydrogen. And shift that hydrogen a secondary carbocation. It's so can we use a hydrogen. And shift that hydrogen to a secondary carbocation. It's so can we use a hydrogen. And shift that hydrogen to the a secondary carbocation. It's so can we use a hydrogen. And shift that hydrogen to the carbocation can we use a hydrogen. And shift that hydrogen to the carbocation to get
2:13:17
can we use a hydrogen. And shift that hydrogen to the carbocation to can we use a hydrogen. And shift that hydrogen to the carbocation to get a can we use a hydrogen. And shift that hydrogen to the carbocation to get a more can we use a hydrogen. And shift that hydrogen to the carbocation to get a more stable And shift that hydrogen to the carbocation to get a more stable carbocation And shift that hydrogen to the carbocation to get a more stable carbocation. And so
2:13:27
And shift that hydrogen to the carbocation to get a more stable carbocation. And And shift that hydrogen to the carbocation to get a more stable carbocation. And so what And shift that hydrogen to the carbocation to get a more stable carbocation. And And shift that hydrogen to the carbocation to get a more stable carbocation. And so what And shift that hydrogen to the carbocation to get a more stable carbocation. And so
2:13:36
And shift that hydrogen to the carbocation to get a more stable carbocation. And so what I'm carbocation to get a more stable carbocation. And so what I'm doing carbocation to get a more stable carbocation. And so what I'm doing is carbocation to get a more stable carbocation. And so what I'm doing is when carbocation to get a more stable carbocation. And so what I'm doing is when I carbocation to get a more stable carbocation. And so what I'm doing is when I find
2:13:45
carbocation to get a more stable carbocation. And so what I'm doing is when I find the carbocation. And so what I'm doing is when I find the carbocation carbocation. And so what I'm doing is when I find the carbocation I carbocation. And so what I'm doing is when I find the carbocation I look carbocation. And so what I'm doing is when I find the carbocation I look to carbocation. And so what I'm doing is when I find the carbocation I look to the
2:13:54
doing is when I find the carbocation I look to the adjacent doing is when I find the carbocation I look to the adjacent carbons doing is when I find the carbocation I look to the adjacent carbons. And doing is when I find the carbocation I look to the adjacent carbons. And I doing is when I find the carbocation I look to the adjacent carbons. And doing is when I find the carbocation I look to the adjacent carbons. And I
2:14:03
doing is when I find the carbocation I look to the adjacent carbons. And I ask find the carbocation I look to the adjacent carbons. And I ask myself find the carbocation I look to the adjacent carbons. And I ask myself that find the carbocation I look to the adjacent carbons. And I ask myself that that find the carbocation I look to the adjacent carbons. And I ask myself that that adjacent find the carbocation I look to the adjacent carbons. And I ask myself that that adjacent carbon
2:14:13
the adjacent carbons. And I ask myself that that adjacent carbon have the adjacent carbons. And I ask myself that that adjacent carbon have a the adjacent carbons. And I ask myself that that adjacent carbon have a hydrogen the adjacent carbons. And I ask myself that that adjacent carbon have a hydrogen attached the adjacent carbons. And I ask myself that that adjacent carbon have a hydrogen attached. And myself that that adjacent carbon have a hydrogen attached. And yes
2:14:23
the adjacent carbons. And I ask myself that that adjacent carbon have a hydrogen attached. And myself that that adjacent carbon have a hydrogen attached. And yes myself that that adjacent carbon have a hydrogen attached. And yes it myself that that adjacent carbon have a hydrogen attached. And yes it does myself that that adjacent carbon have a hydrogen attached. And yes it does and myself that that adjacent carbon have a hydrogen attached. And yes it does and it's
2:14:32
adjacent carbon have a hydrogen attached. And yes it does and it's right adjacent carbon have a hydrogen attached. And yes it does and it's right there adjacent carbon have a hydrogen attached. And yes it does and it's right there. So adjacent carbon have a hydrogen attached. And yes it does and it's right there. So if adjacent carbon have a hydrogen attached. And yes it does and it's right there. So adjacent carbon have a hydrogen attached. And yes it does and it's right there. So if
2:14:43
adjacent carbon have a hydrogen attached. And yes it does and it's right there. So if I adjacent carbon have a hydrogen attached. And yes it does and it's right there. So if I. Take attached. And yes it does and it's right there. So if I. Take that adjacent carbon have a hydrogen attached. And yes it does and it's right there. So if I. Take attached. And yes it does and it's right there. So if I. Take that attached. And yes it does and it's right there. So if I. Take that hydrogen
2:14:53
attached. And yes it does and it's right there. So if I. Take that hydrogen and attached. And yes it does and it's right there. So if I. Take that hydrogen and do attached. And yes it does and it's right there. So if I. Take that hydrogen and do a attached. And yes it does and it's right there. So if I. Take that hydrogen and do a hydride it's right there. So if I. Take that hydrogen and do a hydride shift it's right there. So if I. Take that hydrogen and do a hydride shift and
2:15:02
there. So if I. Take that hydrogen and do a hydride shift and that there. So if I. Take that hydrogen and do a hydride shift and that is there. So if I. Take that hydrogen and do a hydride shift and that is you there. So if I. Take that hydrogen and do a hydride shift and that is you can there. So if I. Take that hydrogen and do a hydride shift and that is you can take there. So if I. Take that hydrogen and do a hydride shift and that is you can take a
2:15:12
hydrogen and do a hydride shift and that is you can take a hydrogen hydrogen and do a hydride shift and that is you can take a hydrogen that's do a hydride shift and that is you can take a hydrogen that's attached hydride shift and that is you can take a hydrogen that's attached to hydride shift and that is you can take a hydrogen that's attached to a hydride shift and that is you can take a hydrogen that's attached to a carbon
2:15:21
hydride shift and that is you can take a hydrogen that's attached to a carbon that hydride shift and that is you can take a hydrogen that's attached to a carbon that is can take a hydrogen that's attached to a carbon that is directly can take a hydrogen that's attached to a carbon that is directly adjacent can take a hydrogen that's attached to a carbon that is directly adjacent to can take a hydrogen that's attached to a carbon that is directly adjacent to a
2:15:31
attached to a carbon that is directly adjacent to a carbocation attached to a carbon that is directly adjacent to a carbocation. And attached to a carbon that is directly adjacent to a carbocation. And you attached to a carbon that is directly adjacent to a carbocation. And attached to a carbon that is directly adjacent to a carbocation. And you can attached to a carbon that is directly adjacent to a carbocation. And you
2:15:39
attached to a carbon that is directly adjacent to a carbocation. And you can attached to a carbon that is directly adjacent to a carbocation. And you can take directly adjacent to a carbocation. And you can take that directly adjacent to a carbocation. And you can take that hydrogen directly adjacent to a carbocation. And you can take that hydrogen. And directly adjacent to a carbocation. And you can take that hydrogen. And just
2:15:48
directly adjacent to a carbocation. And you can take that hydrogen. And directly adjacent to a carbocation. And you can take that hydrogen. And just directly adjacent to a carbocation. And you can take that hydrogen. And just transfer carbocation. And you can take that hydrogen. And just transfer it carbocation. And you can take that hydrogen. And just transfer it over carbocation. And you can take that hydrogen. And just transfer it over just
2:15:57
carbocation. And you can take that hydrogen. And just transfer it over just it carbocation. And you can take that hydrogen. And just transfer it over just it moves carbocation. And you can take that hydrogen. And just transfer it over just it moves over carbocation. And you can take that hydrogen. And just transfer it over just it moves over so And just transfer it over just it moves over so that height moves over And just transfer it over just it moves over so that height moves over. Okay
2:16:07
And just transfer it over just it moves over so that height moves over. Okay it's And just transfer it over just it moves over so that height moves over. Okay it's going And just transfer it over just it moves over so that height moves over. Okay it's going to it moves over so that height moves over. Okay it's going to now it moves over so that height moves over. Okay it's going to now come it moves over so that height moves over. Okay it's going to now come here
2:16:17
it moves over so that height moves over. Okay it's going to now come here. Like it moves over so that height moves over. Okay it's going to now come here. Like that it moves over so that height moves over. Okay it's going to now come here. Like it moves over so that height moves over. Okay it's going to now come here. Like that it moves over so that height moves over. Okay it's going to now come here. Like that. And
2:16:26
it moves over so that height moves over. Okay it's going to now come here. Like that. And so moves over. Okay it's going to now come here. Like that. And so that's moves over. Okay it's going to now come here. Like that. And so that's going to it moves over so that height moves over. Okay it's going to now come here. Like that. And it moves over so that height moves over. Okay it's going to now come here. Like that. And so moves over. Okay it's going to now come here. Like that. And so that's
2:16:36
moves over. Okay it's going to now come here. Like that. And so that's going to moves over. Okay it's going to now come here. Like that. And so that's going to get moves over. Okay it's going to now come here. Like that. And so that's going to get rid of moves over. Okay it's going to now come here. Like that. And so that's going to get rid of the now come here. Like that. And so that's going to get rid of the positive here. Like that. And so that's going to get rid of the positive charge
2:16:46
here. Like that. And so that's going to get rid of the positive charge on here. Like that. And so that's going to get rid of the positive charge on that here. Like that. And so that's going to get rid of the positive charge on that carbon here. Like that. And so that's going to get rid of the positive charge on that carbon because going to get rid of the positive charge on that carbon because now to get rid of the positive charge on that carbon because now this
2:16:55
to get rid of the positive charge on that carbon because now this carbon of the positive charge on that carbon because now this carbon here of the positive charge on that carbon because now this carbon here has of the positive charge on that carbon because now this carbon here has four of the positive charge on that carbon because now this carbon here has four bonds of the positive charge on that carbon because now this carbon here has four bonds how
2:17:05
of the positive charge on that carbon because now this carbon here has four bonds how does it of the positive charge on that carbon because now this carbon here has four bonds how does carbon because now this carbon here has four bonds how does it how carbon because now this carbon here has four bonds how does it how does that carbon because now this carbon here has four bonds how does it how does carbon because now this carbon here has four bonds how does it how does that have four
2:17:15
carbon because now this carbon here has four bonds how does it how does that have four bonds here has four bonds how does it how does that have four bonds because here has four bonds how does it how does that have four bonds because there's here has four bonds how does it how does that have four bonds because there's already here has four bonds how does it how does that have four bonds because there's already a how does that have four bonds because there's already a hydrogen
2:17:24
how does that have four bonds because there's already a hydrogen there how does that have four bonds because there's already a hydrogen there so how does that have four bonds because there's already a hydrogen there so that how does that have four bonds because there's already a hydrogen there so that carbon because there's already a hydrogen there so that carbon has because there's already a hydrogen there so that carbon has three
2:17:33
because there's already a hydrogen there so that carbon has three bonds because there's already a hydrogen there so that carbon has three bonds to it because there's already a hydrogen there so that carbon has three bonds to because there's already a hydrogen there so that carbon has three bonds to it that's because there's already a hydrogen there so that carbon has three bonds to it that's why hydrogen there so that carbon has three bonds to it that's why it's
2:17:43
hydrogen there so that carbon has three bonds to it that's why it's possibly hydrogen there so that carbon has three bonds to it that's why it's possibly charged hydrogen there so that carbon has three bonds to it that's why it's possibly charged. And hydrogen there so that carbon has three bonds to it that's why it's possibly charged. And then has three bonds to it that's why it's possibly charged. And then if
2:17:53
hydrogen there so that carbon has three bonds to it that's why it's possibly charged. And hydrogen there so that carbon has three bonds to it that's why it's possibly charged. And then has three bonds to it that's why it's possibly charged. And then if we has three bonds to it that's why it's possibly charged. And then if has three bonds to it that's why it's possibly charged. And then if we take has three bonds to it that's why it's possibly charged. And then if we take this
2:18:03
has three bonds to it that's why it's possibly charged. And then if we take this hydrogen has three bonds to it that's why it's possibly charged. And then if we take this hydrogen here it's possibly charged. And then if we take this hydrogen here and it's possibly charged. And then if we take this hydrogen here and shift it's possibly charged. And then if we take this hydrogen here and shift it it's possibly charged. And then if we take this hydrogen here and shift it over
2:18:13
it's possibly charged. And then if we take this hydrogen here and shift it over we it's possibly charged. And then if we take this hydrogen here and shift it over we will it's possibly charged. And then if we take this hydrogen here and shift it over we will have if we take this hydrogen here and shift it over we will have tacked if we take this hydrogen here and shift it over we will have tacked on if we take this hydrogen here and shift it over we will have tacked on a
2:18:22
if we take this hydrogen here and shift it over we will have tacked on a second if we take this hydrogen here and shift it over we will have tacked on a second one hydrogen here and shift it over we will have tacked on a second one. Or hydrogen here and shift it over we will have tacked on a second one. Or there hydrogen here and shift it over we will have tacked on a second one. But there will hydrogen here and shift it over we will have tacked on a second one. But there
2:18:32
hydrogen here and shift it over we will have tacked on a second one. But there will be hydrogen here and shift it over we will have tacked on a second one. But there will be too hydrogen here and shift it over we will have tacked on a second one. But there will be too hyd hydrogen here and shift it over we will have tacked on a second one. But there will be too Hydro hydrogen here and shift it over we will have tacked on a second one. But there
2:18:41
hydrogen here and shift it over we will have tacked on a second one. But there will hydrogen here and shift it over we will have tacked on a second one. But there will be hydrogen here and shift it over we will have tacked on a second one. But there will be too we will have tacked on a second one. But there will be too hydrogens we will have tacked on a second one. But there will be too hydrogens on we will have tacked on a second one. But there will be too hydrogens on that
2:18:51
we will have tacked on a second one. But there will be too hydrogens on that carbon now one. But there will be too hydrogens on that carbon now. Now one. But there will be too hydrogens on that carbon now. Now this one. But there will be too hydrogens on that carbon now. Now this car one. But there will be too hydrogens on that carbon now. Now one. But there will be too hydrogens on that carbon now. Now this one. But there will be too hydrogens on that carbon now. Now this carbon
2:19:01
one. But there will be too hydrogens on that carbon now. Now this carbon. Had one. But there will be too hydrogens on that carbon now. Now this carbon. Had four one. But there will be too hydrogens on that carbon now. Now this carbon. Had four Bond one. But there will be too hydrogens on that carbon now. Now this carbon. Had one. But there will be too hydrogens on that carbon now. Now this carbon. Had four one. But there will be too hydrogens on that carbon now. Now this carbon. Had four bonds
2:19:10
hydrogens on that carbon now. Now this carbon. Had four bonds until hydrogens on that carbon now. Now this carbon. Had four bonds until the on that carbon now. Now this carbon. Had four bonds until the shift on that carbon now. Now this carbon. Had four bonds until the shift occurred on that carbon now. Now this carbon. Had four bonds until the shift occurred so on that carbon now. Now this carbon. Had four bonds until the shift occurred so that
2:19:20
on that carbon now. Now this carbon. Had four bonds until the shift occurred so that means on that carbon now. Now this carbon. Had four bonds until the shift occurred so that means the carbon. Had four bonds until the shift occurred so that means the carbocation carbon. Had four bonds until the shift occurred so that means the carbocation is carbon. Had four bonds until the shift occurred so that means the carbocation is now until the shift occurred so that means the carbocation is now there
2:19:30
until the shift occurred so that means the carbocation is now there. This until the shift occurred so that means the carbocation is now there. This car until the shift occurred so that means the carbocation is now there. This carbo until the shift occurred so that means the carbocation is now there. This occurred so that means the carbocation is now there. This carbocation occurred so that means the carbocation is now there. This carbocation is
2:19:39
occurred so that means the carbocation is now there. This carbocation is a occurred so that means the carbocation is now there. This carbocation is a tertiary carbocation is now there. This carbocation is a tertiary carbocation carbocation is now there. This carbocation is a tertiary carbocation hence carbocation is now there. This carbocation is a tertiary carbocation hence it carbocation is now there. This carbocation is a tertiary carbocation hence it is
2:19:48
carbocation is now there. This carbocation is a tertiary carbocation hence it is a carbocation is now there. This carbocation is a tertiary carbocation hence it is a more carbocation is a tertiary carbocation hence it is a more stable carbocation is a tertiary carbocation hence it is a more stable. Car carbocation is a tertiary carbocation hence it is a more stable. Carbo carbocation is a tertiary carbocation hence it is a more stable. Carbocation
2:19:57
carbocation is a tertiary carbocation hence it is a more stable. Carbocation and carbocation is a tertiary carbocation hence it is a more stable. Carbocation carbocation is a tertiary carbocation hence it is a more stable. Carbocation and carbocation is a tertiary carbocation hence it is a more stable. Carbocation and so carbocation is a tertiary carbocation hence it is a more stable. Carbocation and so this carbocation hence it is a more stable. Carbocation and so this is
2:20:07
carbocation hence it is a more stable. Carbocation and so this is a carbocation hence it is a more stable. Carbocation and so this is a favorable carbocation hence it is a more stable. Carbocation and so this is a favorable process carbocation hence it is a more stable. Carbocation and so this is a favorable process this stable. Carbocation and so this is a favorable process this molecule stable. Carbocation and so this is a favorable process this molecule is
2:20:16
stable. Carbocation and so this is a favorable process this molecule is a stable. Carbocation and so this is a favorable process this molecule is a secondary is a favorable process this molecule is a secondary carbocation is a favorable process this molecule is a secondary carbocation and favorable process this molecule is a secondary carbocation and it's favorable process this molecule is a secondary carbocation and it's filling a little bit
2:20:26
is a secondary carbocation and it's filling a little bit uncomfortable is a secondary carbocation and it's feeling a little bit uncomfortable is a secondary carbocation and it's feeling a little bit uncomfortable. And is a secondary carbocation and it's feeling a little bit uncomfortable. And then it's is a secondary carbocation and it's feeling a little bit uncomfortable. And then it's feeling a little bit uncomfortable. And then it's like
2:20:35
is a secondary carbocation and it's feeling a little bit uncomfortable. And is a secondary carbocation and it's feeling a little bit uncomfortable. And then it's feeling a little bit uncomfortable. And then it's like is a secondary carbocation and it's feeling a little bit uncomfortable. And then it's it's feeling a little bit uncomfortable. And then it's like is it's feeling a little bit uncomfortable. And then it's like is there
2:20:44
it's feeling a little bit uncomfortable. And then it's like is there a it's feeling a little bit uncomfortable. And then it's like is there a way it's feeling a little bit uncomfortable. And then it's like is there a way that it's feeling a little bit uncomfortable. And then it's like is there a way that I it's feeling a little bit uncomfortable. And then it's like is there a way that I can uncomfortable. And then it's like is there a way that I can become
2:20:54
uncomfortable. And then it's like is there a way that I can become more uncomfortable. And then it's like is there a way that I can become more comfortable uncomfortable. And then it's like is there a way that I can become more comfortable and uncomfortable. And then it's like is there a way that I can become more comfortable and the like is there a way that I can become more comfortable and the hydrogen like is there a way that I can become more comfortable and the hydrogen says
2:21:04
like is there a way that I can become more comfortable and the hydrogen says yes way that I can become more comfortable and the hydrogen says yes if way that I can become more comfortable and the hydrogen says yes if I way that I can become more comfortable and the hydrogen says yes if I move way that I can become more comfortable and the hydrogen says yes if I move over way that I can become more comfortable and the hydrogen says yes if I move over there
2:21:14
way that I can become more comfortable and the hydrogen says yes if I move over there we comfortable and the hydrogen says yes if I move over there we will comfortable and the hydrogen says yes if I move over there we will generate comfortable and the hydrogen says yes if I move over there we will generate this comfortable and the hydrogen says yes if I move over there we will generate this species comfortable and the hydrogen says yes if I move over there we will generate this species and
2:21:23
says yes if I move over there we will generate this species and you'll says yes if I move over there we will generate this species and you'll be says yes if I move over there we will generate this species and you'll be a says yes if I move over there we will generate this species and you'll be a whole says yes if I move over there we will generate this species and you'll be a whole lot will generate this species and you'll be a whole lot to better off
2:21:33
says yes if I move over there we will generate this species and you'll be a whole lot better off will generate this species and you'll be a whole lot better off. So will generate this species and you'll be a whole lot better off. So some will generate this species and you'll be a whole lot better off. So some people will generate this species and you'll be a whole lot better off. So will generate this species and you'll be a whole lot better off. So some
2:21:42
will generate this species and you'll be a whole lot better off. So some people will generate this species and you'll be a whole lot better off. So some people watching you'll be a whole lot better off. So some people watching this you'll be a whole lot better off. So some people watching this video you'll be a whole lot better off. So some people watching this video will you'll be a whole lot better off. So some people watching this video will be
2:21:51
you'll be a whole lot better off. So some people watching this video will be like you'll be a whole lot better off. So some people watching this video will be like hey off. So some people watching this video will be like hey. There's off. So some people watching this video will be like hey. There's our off. So some people watching this video will be like hey. There's our car off. So some people watching this video will be like hey. There's our carbo
2:22:01
off. So some people watching this video will be like hey. There's off. So some people watching this video will be like hey. There's our off. So some people watching this video will be like hey. There's our carbocation off. So some people watching this video will be like hey. There's our carbocation. Why this video will be like hey. There's our carbocation. Why didn't this video will be like hey. There's our carbocation. Why didn't I
2:22:10
off. So some people watching this video will be like hey. There's our carbocation. Why this video will be like hey. There's our carbocation. Why didn't this video will be like hey. There's our carbocation. Why didn't I video will be like hey. There's our carbocation. Why didn't I shoot this carbon video will be like hey. There's our carbocation. Why didn't I shoot this video will be like hey. There's our carbocation. Why didn't I shoot this carbon right
2:22:20
this video will be like hey. There's our carbocation. Why didn't I our carbocation. Why didn't I shoot this carbon right here is a Jason and there's a didn't I shoot this carbon right here is a Jason and there's a hydrogen didn't I shoot this carbon right here is a Jason and there's a hydrogen why didn't I shoot this carbon right here is a Jason and there's a hydrogen why didn't didn't I shoot this carbon right here is a Jason and there's a hydrogen why didn't I
2:22:30
didn't I shoot this carbon right here is a Jason and there's a hydrogen why didn't I choose right here is a Jason and there's a hydrogen why didn't I choose that right here is a Jason and there's a hydrogen why didn't I choose that hydrogen right here is a Jason and there's a hydrogen why didn't I choose that hydrogen. Well right here is a Jason and there's a hydrogen why didn't I choose that hydrogen. Well you there's a hydrogen why didn't I choose that hydrogen. Well you could
2:22:40
right here is a Jason and there's a hydrogen why didn't I choose that hydrogen. Well there's a hydrogen why didn't I choose that hydrogen. Well you could have right here is a Jason and there's a hydrogen why didn't I choose that hydrogen. Well you there's a hydrogen why didn't I choose that hydrogen. Well you could there's a hydrogen why didn't I choose that hydrogen. Well you could have there's a hydrogen why didn't I choose that hydrogen. Well you could have used
2:22:50
there's a hydrogen why didn't I choose that hydrogen. Well you could have used it there's a hydrogen why didn't I choose that hydrogen. Well you could have used it. And there's a hydrogen why didn't I choose that hydrogen. Well you could have used it. And then there's a hydrogen why didn't I choose that hydrogen. Well you could have used it. And then you there's a hydrogen why didn't I choose that hydrogen. Well you could have used it. And
2:22:59
there's a hydrogen why didn't I choose that hydrogen. Well you could have used it. And then there's a hydrogen why didn't I choose that hydrogen. Well you could have used it. And then you choose that hydrogen. Well you could have used it. And then you let's say choose that hydrogen. Well you could have used it. And then you let's say we choose that hydrogen. Well you could have used it. And then you let's say we shipped it over could have used it. And then you let's say we shipped it over. What
2:23:09
could have used it. And then you let's say we shipped it over. What would could have used it. And then you let's say we shipped it over. What would we could have used it. And then you let's say we shipped it over. What could have used it. And then you let's say we shipped it over. What would could have used it. And then you let's say we shipped it over. What would we could have used it. And then you let's say we shipped it over. What would we get
2:23:19
could have used it. And then you let's say we shipped it over. What would we get. We then you let's say we shipped it over. What would we get. We would get then you let's say we shipped it over. What would we get. We would then you let's say we shipped it over. What would we get. We would get something could have used it. And then you let's say we shipped it over. What would we get. We then you let's say we shipped it over. What would we get. We would
2:23:28
then you let's say we shipped it over. What would we get. We would get then you let's say we shipped it over. What would we get. We would get something then you let's say we shipped it over. What would we get. We would get something that then you let's say we shipped it over. What would we get. We would get something that looks shipped it over. What would we get. We would get something that looks like shipped it over. What would we get. We would get something that looks like this
2:23:38
shipped it over. What would we get. We would get something that looks like this we shipped it over. What would we get. We would get something that looks like this we added shipped it over. What would we get. We would get something that looks like this we added the shipped it over. What would we get. We would get something that looks like this we added get. We would get something that looks like this we added that the get. We would get something that looks like this we added that the hydrogen
2:23:48
get. We would get something that looks like this we added that the hydrogen there something that looks like this we added that the hydrogen there. Hydrogen there looks like this we added that the hydrogen there. Hydrogen there we already looks like this we added that the hydrogen there. Hydrogen there we already had looks like this we added that the hydrogen there. Hydrogen there we already had the looks like this we added that the hydrogen there. Hydrogen there we already had the other
2:23:58
the hydrogen there. Hydrogen there we already had the other one the hydrogen there. Hydrogen there we already had the other one but the hydrogen there. Hydrogen there we already had the other one but now the hydrogen there. Hydrogen there we already had the other one but now what the hydrogen there. Hydrogen there we already had the other one but now what has happened the hydrogen there. Hydrogen there we already had the other one but now what has
2:24:07
the hydrogen there. Hydrogen there we already had the other one but now what has happened we there we already had the other one but now what has happened we have there we already had the other one but now what has happened we have generated there we already had the other one but now what has happened we have generated a the other one but now what has happened we have generated a carbocation the other one but now what has happened we have generated a carbocation on
2:24:16
the other one but now what has happened we have generated a carbocation on that the other one but now what has happened we have generated a carbocation on that carbon the other one but now what has happened we have generated a carbocation on that carbon. That happened we have generated a carbocation on that carbon. That car happened we have generated a carbocation on that carbon. That carb happened we have generated a carbocation on that carbon. That carbo
2:24:25
happened we have generated a carbocation on that carbon. That carboc happened we have generated a carbocation on that carbon. That carbocation the other one but now what has happened we have generated a carbocation on that carbon. That happened we have generated a carbocation on that carbon. That carbocation happened we have generated a carbocation on that carbon. That carbocation is happened we have generated a carbocation on that carbon. That carbocation is a
2:24:35
happened we have generated a carbocation on that carbon. That carbocation is a primary carbocation on that carbon. That carbocation is a primary carbocation carbocation on that carbon. That carbocation is a primary carbocation. So carbocation on that carbon. That carbocation is a primary carbocation. So this carbocation on that carbon. That carbocation is a primary carbocation. So this is carbocation on that carbon. That carbocation is a primary carbocation. So this is what
2:24:45
carbocation on that carbon. That carbocation is a primary carbocation. So this is what we carbocation on that carbon. That carbocation is a primary carbocation. So carbocation on that carbon. That carbocation is a primary carbocation. So this carbocation on that carbon. That carbocation is a primary carbocation. So this is carbocation on that carbon. That carbocation is a primary carbocation. So this is what
2:24:53
carbocation on that carbon. That carbocation is a primary carbocation. So this is what we carbocation is a primary carbocation. So this is what we started carbocation is a primary carbocation. So this is what we started with carbocation is a primary carbocation. So this is what we started with. And carbocation is a primary carbocation. So this is what we started with. And I carbocation is a primary carbocation. So this is what we started with. And
2:25:02
carbocation is a primary carbocation. So this is what we started with. And I carbocation is a primary carbocation. So this is what we started with. And I said carbocation is a primary carbocation. So this is what we started with. And I said it carbocation is a primary carbocation. So this is what we started with. And I said it goes carbocation. So this is what we started with. And I said it goes to carbocation. So this is what we started with. And I said it goes to a
2:25:11
carbocation. So this is what we started with. And I said it goes to a when carbocation. So this is what we started with. And I said it goes to a when it carbocation. So this is what we started with. And I said it goes to a when it does carbocation. So this is what we started with. And I said it goes to a when it does a carbocation. So this is what we started with. And I said it goes to a when it does a hydride started with. And I said it goes to a when it does a hydride shift
2:25:21
started with. And I said it goes to a when it does a hydride shift it's So this is what we started with. And I said it goes to a when it does a hydride shift it's going And I said it goes to a when it does a hydride shift it's going to And I said it goes to a when it does a hydride shift it's going to shift And I said it goes to a when it does a hydride shift it's going to shift to And I said it goes to a when it does a hydride shift it's going to shift to give
2:25:31
And I said it goes to a when it does a hydride shift it's going to shift to give you And I said it goes to a when it does a hydride shift it's going to shift to give you a And I said it goes to a when it does a hydride shift it's going to shift to give you a more does a hydride shift it's going to shift to give you a more stable does a hydride shift it's going to shift to give you a more stable carpet does a hydride shift it's going to shift to give you a more stable carbocation
2:25:41
does a hydride shift it's going to shift to give you a more stable carbocation. But does a hydride shift it's going to shift to give you a more stable carbocation. But if does a hydride shift it's going to shift to give you a more stable carbocation. But if I does a hydride shift it's going to shift to give you a more stable carbocation. But to shift to give you a more stable carbocation. But if I chose does a hydride shift it's going to shift to give you a more stable carbocation. But if
2:25:51
does a hydride shift it's going to shift to give you a more stable carbocation. But if I to shift to give you a more stable carbocation. But if I chose to shift to give you a more stable carbocation. But if I chose to to shift to give you a more stable carbocation. But if I chose to shift to shift to give you a more stable carbocation. But if I chose to shift to this to shift to give you a more stable carbocation. But if I chose to shift to this hydrogen
2:26:00
stable carbocation. But if I chose to shift to this hydrogen over stable carbocation. But if I chose to shift to this hydrogen over what stable carbocation. But if I chose to shift to this hydrogen over what do stable carbocation. But if I chose to shift to this hydrogen over what do we stable carbocation. But if I chose to shift to this hydrogen over what do we generate stable carbocation. But if I chose to shift to this hydrogen over what do we generate. A
2:26:10
stable carbocation. But if I chose to shift to this hydrogen over what do we generate. A less chose to shift to this hydrogen over what do we generate. A less St chose to shift to this hydrogen over what do we generate. A less stable stable carbocation. But if I chose to shift to this hydrogen over what do we generate. A stable carbocation. But if I chose to shift to this hydrogen over what do we generate. A less chose to shift to this hydrogen over what do we generate. A less stable
2:26:19
chose to shift to this hydrogen over what do we generate. A less stable primary hydrogen over what do we generate. A less stable primary carbocation hydrogen over what do we generate. A less stable primary carbocation. So hydrogen over what do we generate. A less stable primary carbocation. So this hydrogen over what do we generate. A less stable primary carbocation. So hydrogen over what do we generate. A less stable primary carbocation. So this
2:26:29
hydrogen over what do we generate. A less stable primary carbocation. So this does hydrogen over what do we generate. A less stable primary carbocation. So this does not generate. A less stable primary carbocation. So this does not happen generate. A less stable primary carbocation. So this does not happen shown generate. A less stable primary carbocation. So this does not happen shown below generate. A less stable primary carbocation. So this does not happen shown below because
2:26:38
carbocation. So this does not happen shown below because there's carbocation. So this does not happen shown below because there's no carbocation. So this does not happen shown below because there's no energetic carbocation. So this does not happen shown below because there's no energetic incentive happen shown below because there's no energetic incentive to happen shown below because there's no energetic incentive to do happen shown below because there's no energetic incentive to do it
2:26:48
happen shown below because there's no energetic incentive to do it it happen shown below because there's no energetic incentive to do it it goes below because there's no energetic incentive to do it it goes from below because there's no energetic incentive to do it it goes from a below because there's no energetic incentive to do it it goes from a secondary below because there's no energetic incentive to do it it goes from a secondary. Bad
2:26:58
below because there's no energetic incentive to do it it goes from a secondary. Bad. To energetic incentive to do it it goes from a secondary. Bad. To wor energetic incentive to do it it goes from a secondary. Bad. To worse below because there's no energetic incentive to do it it goes from a secondary. Bad. To energetic incentive to do it it goes from a secondary. Bad. To worse energetic incentive to do it it goes from a secondary. Bad. To worse. This
2:27:07
energetic incentive to do it it goes from a secondary. Bad. To worse. This is energetic incentive to do it it goes from a secondary. Bad. To worse. This energetic incentive to do it it goes from a secondary. Bad. To worse. This is energetic incentive to do it it goes from a secondary. Bad. To worse. This is bad energetic incentive to do it it goes from a secondary. Bad. To worse. This is bad to energetic incentive to do it it goes from a secondary. Bad. To worse. This is bad to better
2:27:17
goes from a secondary. Bad. To worse. This is bad to better. Let's goes from a secondary. Bad. To worse. This is bad to better. Let's take goes from a secondary. Bad. To worse. This is bad to better. Let's goes from a secondary. Bad. To worse. This is bad to better. Let's take goes from a secondary. Bad. To worse. This is bad to better. Let's take a goes from a secondary. Bad. To worse. This is bad to better. Let's take a look
2:27:26
goes from a secondary. Bad. To worse. This is bad to better. Let's take a look at goes from a secondary. Bad. To worse. This is bad to better. Let's take a look at one goes from a secondary. Bad. To worse. This is bad to better. Let's take a look at one more worse. This is bad to better. Let's take a look at one more thing Bad. To worse. This is bad to better. Let's take a look at one more thing with Bad. To worse. This is bad to better. Let's take a look at one more thing with these
2:27:36
Bad. To worse. This is bad to better. Let's take a look at one more thing with these hydration better. Let's take a look at one more thing with these hydration here This is bad to better. Let's take a look at one more thing with these hydration here. Could take a look at one more thing with these hydration here. Could I take a look at one more thing with these hydration here. Could I have This is bad to better. Let's take a look at one more thing with these hydration here. Could
2:27:46
take a look at one more thing with these hydration here. Could I take a look at one more thing with these hydration here. Could I have take a look at one more thing with these hydration here. Could I have taken Let's take a look at one more thing with these hydration here. Could I have taken this Let's take a look at one more thing with these hydration here. Could I have taken this hydrogen thing with these hydration here. Could I have taken this hydrogen. Could
2:27:55
thing with these hydration here. Could I have taken this hydrogen. Could I have thing with these hydration here. Could I have taken this hydrogen. Could I thing with these hydration here. Could I have taken this hydrogen. Could I have taken thing with these hydration here. Could I have taken this hydrogen. Could thing with these hydration here. Could I have taken this hydrogen. Could I thing with these hydration here. Could I have taken this hydrogen. Could I have
2:28:05
thing with these hydration here. Could I have taken this hydrogen. Could I have taken Could I have taken this hydrogen. Could I have taken that Could I have taken this hydrogen. Could I have taken that hydrogen Could I have taken this hydrogen. Could I have taken that hydrogen and Could I have taken this hydrogen. Could I have taken that hydrogen and shifted Could I have taken this hydrogen. Could I have taken that hydrogen and shifted it
2:28:14
hydrogen. Could I have taken that hydrogen and shifted it over hydrogen. Could I have taken that hydrogen and shifted it over. No hydrogen. Could I have taken that hydrogen and shifted it over. No no hydrogen. Could I have taken that hydrogen and shifted it over. No hydrogen. Could I have taken that hydrogen and shifted it over. No no hydrogen. Could I have taken that hydrogen and shifted it over. No no you hydrogen. Could I have taken that hydrogen and shifted it over. No no you cannot
2:28:24
hydrogen. Could I have taken that hydrogen and shifted it over. No no you cannot do that hydrogen. Could I have taken that hydrogen and shifted it over. No no you cannot do that hydrogen and shifted it over. No no you cannot do that why that hydrogen and shifted it over. No no you cannot do that why because that hydrogen and shifted it over. No no you cannot do that why because that and shifted it over. No no you cannot do that why because that hydrogen
2:28:33
and shifted it over. No no you cannot do that why because that hydrogen right and shifted it over. No no you cannot do that why because that hydrogen right here and shifted it over. No no you cannot do that why because that hydrogen right here is and shifted it over. No no you cannot do that why because that hydrogen right here is not cannot do that why because that hydrogen right here is not attached cannot do that why because that hydrogen right here is not attached to
2:28:43
cannot do that why because that hydrogen right here is not attached to a cannot do that why because that hydrogen right here is not attached to a carbon cannot do that why because that hydrogen right here is not attached to a carbon that because that hydrogen right here is not attached to a carbon that is because that hydrogen right here is not attached to a carbon that is directly because that hydrogen right here is not attached to a carbon that is directly adjacent
2:28:52
because that hydrogen right here is not attached to a carbon that is directly adjacent to the is not attached to a carbon that is directly adjacent to the carbocation is not attached to a carbon that is directly adjacent to the carbocation. The is not attached to a carbon that is directly adjacent to the carbocation. The only is not attached to a carbon that is directly adjacent to the carbocation. The only car is not attached to a carbon that is directly adjacent to the carbocation. The
2:29:02
is not attached to a carbon that is directly adjacent to the carbocation. The only is not attached to a carbon that is directly adjacent to the carbocation. The only carbon is directly adjacent to the carbocation. The only carbon Center is directly adjacent to the carbocation. The only carbon Center adjacent is directly adjacent to the carbocation. The only carbon Center adjacent to is directly adjacent to the carbocation. The only carbon Center adjacent to that
2:29:11
carbocation. The only carbon Center adjacent to that carbocation carbocation. The only carbon Center adjacent to that carbocation or carbocation. The only carbon Center adjacent to that carbocation or that carbocation. The only carbon Center adjacent to that carbocation or that one carbocation. The only carbon Center adjacent to that carbocation or that one. And Center adjacent to that carbocation or that one. And that one Center adjacent to that carbocation or that one. And that
2:29:21
Center adjacent to that carbocation or that one. And that one. But Center adjacent to that carbocation or that one. And that one. But all The only carbon Center adjacent to that carbocation or that one. And that one. But all the other Center adjacent to that carbocation or that one. And that one. But Center adjacent to that carbocation or that one. And that one. But all Center adjacent to that carbocation or that one. And that one. But all the
2:29:31
The only carbon Center adjacent to that carbocation or that one. And that one. But all the others to that carbocation or that one. And that one. But all the others are to that carbocation or that one. And that one. But all the others are off to that carbocation or that one. And that one. But all the others are off limits to that carbocation or that one. And that one. But all the others are off limits you to that carbocation or that one. And that one. But all the others are off limits you can't
2:29:41
to that carbocation or that one. And that one. But all the others are off limits you can't use And that one. But all the others are off limits you can't use that And that one. But all the others are off limits you can't use that that And that one. But all the others are off limits you can't use that that is And that one. But all the others are off limits you can't use that that is not And that one. But all the others are off limits you can't use that that is not a
2:29:51
And that one. But all the others are off limits you can't use that that is not a Hydra And that one. But all the others are off limits you can't use that that is not a Hydra shift are off limits you can't use that that is not a Hydra shift that are off limits you can't use that that is not a Hydra shift that does not are off limits you can't use that that is not a Hydra shift that does limits you can't use that that is not a Hydra shift that does not occur
2:30:00
limits you can't use that that is not a Hydra shift that does not occur. Now limits you can't use that that is not a Hydra shift that does not occur. Now we limits you can't use that that is not a Hydra shift that does not occur. Now we can limits you can't use that that is not a Hydra shift that does not occur. Now we can take limits you can't use that that is not a Hydra shift that does not occur. Now we can take this is not a Hydra shift that does not occur. Now we can take this same
2:30:10
is not a Hydra shift that does not occur. Now we can take this same molecule is not a Hydra shift that does not occur. Now we can take this same molecule here is not a Hydra shift that does not occur. Now we can take this same molecule here. Or is not a Hydra shift that does not occur. Now we can take this same molecule here. Or this not occur. Now we can take this same molecule here. Or this one right is not a Hydra shift that does not occur. Now we can take this same molecule here. Or this one
2:30:20
is not a Hydra shift that does not occur. Now we can take this same molecule here. Or is not a Hydra shift that does not occur. Now we can take this same molecule here. Or this is not a Hydra shift that does not occur. Now we can take this same molecule here. Or this one not occur. Now we can take this same molecule here. Or this one right not occur. Now we can take this same molecule here. Or this one right here not occur. Now we can take this same molecule here. Or this one right here and
2:30:30
not occur. Now we can take this same molecule here. Or this one right here and let's not occur. Now we can take this same molecule here. Or this one right here and let's get not occur. Now we can take this same molecule here. Or this one right here and let's get rid not occur. Now we can take this same molecule here. Or this one right here and let's get rid of same molecule here. Or this one right here and let's get rid of the
2:30:39
molecule here. Or this one right here and let's get rid of the hydrogen molecule here. Or this one right here and let's get rid of the hydrogen. And molecule here. Or this one right here and let's get rid of the hydrogen. And instead molecule here. Or this one right here and let's get rid of the hydrogen. And molecule here. Or this one right here and let's get rid of the hydrogen. And instead Or this one right here and let's get rid of the hydrogen. And instead of
2:30:49
Or this one right here and let's get rid of the hydrogen. And instead of a Or this one right here and let's get rid of the hydrogen. And instead of a. Hyd Or this one right here and let's get rid of the hydrogen. And instead of a. Hydrogen Or this one right here and let's get rid of the hydrogen. And instead of a. Hydro Or this one right here and let's get rid of the hydrogen. And instead of a. Hydrogen here Or this one right here and let's get rid of the hydrogen. And instead of a. Hydrogen
2:30:59
Or this one right here and let's get rid of the hydrogen. And instead of a. Hydrogen here get rid of the hydrogen. And instead of a. Hydrogen here let's just get rid of the hydrogen. And instead of a. Hydrogen here let's get rid of the hydrogen. And instead of a. Hydrogen here let's just make And instead of a. Hydrogen here And instead of a. Hydrogen here. Three And instead of a. Hydrogen here. Three me And instead of a. Hydrogen here. Three metal And instead of a. Hydrogen here. Three methyl
2:31:09
And instead of a. Hydrogen here. Three metals And instead of a. Hydrogen here. Three And instead of a. Hydrogen here. Three metals And instead of a. Hydrogen here. Three metals. Now And instead of a. Hydrogen here. Three metals. Now that's And instead of a. Hydrogen here. Three metals. Now that's where And instead of a. Hydrogen here. Three metals. Now that's where we're And instead of a. Hydrogen here. Three metals. Now that's where we're coming
2:31:19
And instead of a. Hydrogen here. Three metals. Now that's where we're coming up And instead of a. Hydrogen here. Three metals. Now that's where we're coming up with Hydrogen here. Three metals. Now that's where we're coming up with this Hydrogen here. Three metals. Now that's where we're coming up with this word Hydrogen here. Three metals. Now that's where we're coming up with this word right Hydrogen here. Three metals. Now that's where we're coming up with this word right here
2:31:30
Hydrogen here. Three metals. Now that's where we're coming up with this word right here alkyl that's where we're coming up with this word right here alkyl. So that's where we're coming up with this word right here alkyl. So what that's where we're coming up with this word right here alkyl. So what you that's where we're coming up with this word right here alkyl. So that's where we're coming up with this word right here alkyl. So what
2:31:39
that's where we're coming up with this word right here alkyl. So what you that's where we're coming up with this word right here alkyl. So what you can we're coming up with this word right here alkyl. So what you can do we're coming up with this word right here alkyl. So what you can do is we're coming up with this word right here alkyl. So what you can do is you we're coming up with this word right here alkyl. So what you can do is you can
2:31:48
with this word right here alkyl. So what you can do is you can take with this word right here alkyl. So what you can do is you can take methyl with this word right here alkyl. So what you can do is you can take methyl groups So what you can do is you can take methyl groups. All right you So what you can do is you can take methyl groups. All right you can So what you can do is you can take methyl groups. All right you can take So what you can do is you can take methyl groups. All right you
2:31:58
So what you can do is you can take methyl groups. All right you can So what you can do is you can take methyl groups. All right you can take So what you can do is you can take methyl groups. All right you can take methyl So what you can do is you can take methyl groups. All right you can take methyl groups So what you can do is you can take methyl groups. All right you can take methyl groups here take methyl groups. All right you can take methyl groups here and
2:32:08
take methyl groups. All right you can take methyl groups here and shift take methyl groups. All right you can take methyl groups here and shift them take methyl groups. All right you can take methyl groups here and shift them just take methyl groups. All right you can take methyl groups here and shift them just like take methyl groups. You can take methyl groups here and shift them just like hydrogens take methyl groups. You can take methyl groups here and shift them just like hydrogens. So
2:32:18
take methyl groups. You can take methyl groups here and shift them just like hydrogens. So we take methyl groups. You can take methyl groups here and shift them just like hydrogens. So take methyl groups. You can take methyl groups here and shift them just like hydrogens. So we methyl groups here and shift them just like hydrogens. So we take methyl groups here and shift them just like hydrogens. So we take this methyl groups here and shift them just like hydrogens. So we take this molecule
2:32:28
methyl groups here and shift them just like hydrogens. So we take this molecule we and shift them just like hydrogens. So we take this molecule we see and shift them just like hydrogens. So we take this molecule we see that and shift them just like hydrogens. So we take this molecule we see that we and shift them just like hydrogens. So we take this molecule we see that we have and shift them just like hydrogens. So we take this molecule we see that we have a
2:32:37
hydrogens. So we take this molecule we see that we have a secondary hydrogens. So we take this molecule we see that we have a secondary carbocation hydrogens. So we take this molecule we see that we have a secondary carbocation so hydrogens. So we take this molecule we see that we have a secondary carbocation so let's molecule we see that we have a secondary carbocation so let's just molecule we see that we have a secondary carbocation so let's just erase
2:32:47
molecule we see that we have a secondary carbocation so let's just erase that that we have a secondary carbocation so let's just erase that right that we have a secondary carbocation so let's just erase that right there that we have a secondary carbocation so let's just erase that right there so that we have a secondary carbocation so let's just erase that right there so we that we have a secondary carbocation so let's just erase that right there so we have
2:32:56
that we have a secondary carbocation so let's just erase that right there so we have a carbocation so let's just erase that right there so we have a secondary carbocation so let's just erase that right there so we have a secondary carbocation carbocation so let's just erase that right there so we have a secondary carbocation. It's carbocation so let's just erase that right there so we have a secondary carbocation. It's not that right there so we have a secondary carbocation. It's not very
2:33:07
that right there so we have a secondary carbocation. It's not very comfortable that right there so we have a secondary carbocation. It's not very comfortable it's that right there so we have a secondary carbocation. It's not very comfortable it's like that right there so we have a secondary carbocation. It's not very comfortable it's like is secondary carbocation. It's not very comfortable it's like is there secondary carbocation. It's not very comfortable it's like is there anything
2:33:17
secondary carbocation. It's not very comfortable it's like is there anything I secondary carbocation. It's not very comfortable it's like is there anything I can secondary carbocation. It's not very comfortable it's like is there anything I can do secondary carbocation. It's not very comfortable it's like is there anything I can do to very comfortable it's like is there anything I can do to become very comfortable it's like is there anything I can do to become more
2:33:27
very comfortable it's like is there anything I can do to become more stable very comfortable it's like is there anything I can do to become more stable and very comfortable it's like is there anything I can do to become more stable and feel like is there anything I can do to become more stable and feel better like is there anything I can do to become more stable and feel better. Well like is there anything I can do to become more stable and feel better. Well the
2:33:36
like is there anything I can do to become more stable and feel better. Well the methyl like is there anything I can do to become more stable and feel better. Well the methyl says like is there anything I can do to become more stable and feel better. Well the methyl says hey like is there anything I can do to become more stable and feel better. Well the methyl says Hey like is there anything I can do to become more stable and feel better. Well the methyl says hey
2:33:45
to become more stable and feel better. Well the methyl says hey I'm to become more stable and feel better. Well the methyl says hey I'm able to to become more stable and feel better. Well the methyl says hey I'm able to become more stable and feel better. Well the methyl says hey I'm able to move to become more stable and feel better. Well the methyl says hey I'm able to move I'm to become more stable and feel better. Well the methyl says hey I'm able to move I'm able
2:33:55
to become more stable and feel better. Well the methyl says hey I'm able to move I'm able to better. Well the methyl says hey I'm able to move I'm able to shift better. Well the methyl says hey I'm able to move I'm able to shift so better. Well the methyl says hey I'm able to move I'm able to shift so that better. Well the methyl says hey I'm able to move I'm able to shift so that methyl group better. Well the methyl says hey I'm able to move I'm able to shift so that methyl
2:34:05
I'm able to move I'm able to shift so that methyl group shifts I'm able to move I'm able to shift so that methyl group shifts. And I'm able to move I'm able to shift so that methyl group shifts. And so able to move I'm able to shift so that methyl group shifts. And so that's I'm able to move I'm able to shift so that methyl group shifts. And I'm able to move I'm able to shift so that methyl group shifts. And so able to move I'm able to shift so that methyl group shifts. And so that's
2:34:16
able to move I'm able to shift so that methyl group shifts. And so that's going able to move I'm able to shift so that methyl group shifts. And so that's going to able to move I'm able to shift so that methyl group shifts. And so that's going to then able to move I'm able to shift so that methyl group shifts. And so that's going to then hey able to move I'm able to shift so that methyl group shifts. And so that's going to then hey. We
2:34:25
so that methyl group shifts. And so that's going to then hey. We have so that methyl group shifts. And so that's going to then hey. We have our able to move I'm able to shift so that methyl group shifts. And so that's going to then hey. We so that methyl group shifts. And so that's going to then hey. We have so that methyl group shifts. And so that's going to then hey. We have our so that methyl group shifts. And so that's going to then hey. We have our methyl
2:34:35
so that methyl group shifts. And so that's going to then hey. We have our methyl there so that methyl group shifts. And so that's going to then hey. We have our methyl there or so that methyl group shifts. And so that's going to then hey. We have our methyl there or methyl so that's going to then hey. We have our methyl there or methyl there so that's going to then hey. We have our methyl there or methyl there but so that's going to then hey. We have our methyl there or methyl there but where
2:34:45
so that's going to then hey. We have our methyl there or methyl there but where did so that's going to then hey. We have our methyl there or methyl there but where did this We have our methyl there or methyl there but where did this methyl We have our methyl there or methyl there but where did this methyl group We have our methyl there or methyl there but where did this methyl group go We have our methyl there or methyl there but where did this methyl group go well
2:34:55
We have our methyl there or methyl there but where did this methyl group go well it methyl there but where did this methyl group go well it shifted to methyl there but where did this methyl group go well it shifted to that methyl there but where did this methyl group go well it shifted to that carbon methyl there but where did this methyl group go well it shifted to that carbon over methyl there but where did this methyl group go well it shifted to that carbon over there
2:35:05
methyl there but where did this methyl group go well it shifted to that carbon over there. And methyl group go well it shifted to that carbon over there. And now methyl group go well it shifted to that carbon over there. And now look methyl group go well it shifted to that carbon over there. And now look at methyl there but where did this methyl group go well it shifted to that carbon over there. And methyl group go well it shifted to that carbon over there. And now
2:35:14
methyl group go well it shifted to that carbon over there. And now look methyl group go well it shifted to that carbon over there. And now look at methyl group go well it shifted to that carbon over there. And now look at what methyl group go well it shifted to that carbon over there. And now look at what has methyl group go well it shifted to that carbon over there. And now look at what has happened methyl group go well it shifted to that carbon over there. And now look at what has happened we
2:35:24
to that carbon over there. And now look at what has happened we went to that carbon over there. And now look at what has happened we went from to that carbon over there. And now look at what has happened we went from a to that carbon over there. And now look at what has happened we went from a secondary now look at what has happened we went from a secondary carbocation now look at what has happened we went from a secondary carbocation. To
2:35:33
now look at what has happened we went from a secondary carbocation. To a now look at what has happened we went from a secondary carbocation. To now look at what has happened we went from a secondary carbocation. To a now look at what has happened we went from a secondary carbocation. To a tertiary happened we went from a secondary carbocation. To a tertiary carbocation happened we went from a secondary carbocation. To a tertiary carbocation and
2:35:42
happened we went from a secondary carbocation. To a tertiary carbocation and that is happened we went from a secondary carbocation. To a tertiary carbocation and that secondary carbocation. To a tertiary carbocation and that is a secondary carbocation. To a tertiary carbocation and that is a very secondary carbocation. To a tertiary carbocation and that is a very favorable secondary carbocation. To a tertiary carbocation and that is a very favorable process
2:35:52
secondary carbocation. To a tertiary carbocation and that is a very favorable process and tertiary carbocation and that is a very favorable process and will tertiary carbocation and that is a very favorable process and will work tertiary carbocation and that is a very favorable process and will work. Okay tertiary carbocation and that is a very favorable process and will work. Okay so tertiary carbocation and that is a very favorable process and will work. Okay
2:36:01
tertiary carbocation and that is a very favorable process and will work. Okay so tertiary carbocation and that is a very favorable process and will work. Okay so that's that is a very favorable process and will work. Okay so that's the that is a very favorable process and will work. Okay so that's the 10 that is a very favorable process and will work. Okay so that's the 10 Elementary that is a very favorable process and will work. Okay so that's the 10 Elementary steps
2:36:11
that is a very favorable process and will work. Okay so that's the 10 Elementary steps. But that is a very favorable process and will work. Okay so that's the 10 Elementary steps. But at and will work. Okay so that's the 10 Elementary steps. But at the and will work. Okay so that's the 10 Elementary steps. But at the beginning and will work. Okay so that's the 10 Elementary steps. But at the beginning of that is a very favorable process and will work. Okay so that's the 10 Elementary steps. But
2:36:21
that is a very favorable process and will work. Okay so that's the 10 Elementary steps. But at and will work. Okay so that's the 10 Elementary steps. But at the and will work. Okay so that's the 10 Elementary steps. But at the beginning and will work. Okay so that's the 10 Elementary steps. But at the beginning of and will work. Okay so that's the 10 Elementary steps. But at the beginning of the and will work. Okay so that's the 10 Elementary steps. But at the beginning of the video
2:36:31
and will work. Okay so that's the 10 Elementary steps. But at the beginning of the video I the 10 Elementary steps. But at the beginning of the video I said the 10 Elementary steps. But at the beginning of the video I said hey the 10 Elementary steps. But at the beginning of the video I said hey there's steps. But at the beginning of the video I said hey there's something steps. But at the beginning of the video I said hey there's something called
2:36:40
steps. But at the beginning of the video I said hey there's something called an steps. But at the beginning of the video I said hey there's something called an e steps. But at the beginning of the video I said hey there's something called an e one steps. But at the beginning of the video I said hey there's something called an e one and steps. But at the beginning of the video I said hey there's something called an the video I said hey there's something called an E1 and an sn1
2:36:50
the video I said hey there's something called an E1 and an sn1 and video I said hey there's something called an E1 and an sn1 and that's video I said hey there's something called an E1 and an sn1 and that's what video I said hey there's something called an E1 and an sn1 and that's what I video I said hey there's something called an E1 and an sn1 and that's what I want video I said hey there's something called an E1 and an sn1 and that's what I want to
2:37:00
something called an E1 and an sn1 and that's what I want to conclude something called an E1 and an sn1 and that's what I want to conclude with something called an E1 and an sn1 and that's what I want to conclude with is something called an E1 and an sn1 and that's what I want to conclude with is that something called an E1 and an sn1 and that's what I want to conclude with is that the sn1 and that's what I want to conclude with is that the one and the
2:37:10
sn1 and that's what I want to conclude with is that the one and the S sn1 and that's what I want to conclude with is that the one and the S and sn1 and that's what I want to conclude with is that the one and the S and one sn1 and that's what I want to conclude with is that the one and the S and one are sn1 and that's what I want to conclude with is that the one and the S and one are just sn1 and that's what I want to conclude with is that the one and the S and one are just a
2:37:20
conclude with is that the one and the S and one are just a combination conclude with is that the one and the S and one are just a combination of conclude with is that the one and the S and one are just a combination of the conclude with is that the one and the S and one are just a combination of the previous conclude with is that the one and the S and one are just a combination of the previous 10 and the S and one are just a combination of the previous 10 Elementary
2:37:29
and the S and one are just a combination of the previous 10 Elementary steps that and the S and one are just a combination of the previous 10 Elementary steps and the S and one are just a combination of the previous 10 Elementary steps that I've combination of the previous 10 Elementary steps that I've discussed combination of the previous 10 Elementary steps that I've discussed so combination of the previous 10 Elementary steps that I've discussed so let's
2:37:39
combination of the previous 10 Elementary steps that I've discussed so let's conclude combination of the previous 10 Elementary steps that I've discussed so let's conclude with Elementary steps that I've discussed so let's conclude with looking Elementary steps that I've discussed so let's conclude with looking at Elementary steps that I've discussed so let's conclude with looking at an Elementary steps that I've discussed so let's conclude with looking at an sn1 and
2:37:49
Elementary steps that I've discussed so let's conclude with looking at an sn1 Elementary steps that I've discussed so let's conclude with looking at an sn1 and an Elementary steps that I've discussed so let's conclude with looking at an sn1 and an e one In In a In a SN In In a In a sn1 In a sn1 mechanism In a sn1 mechanism. You In a sn1 mechanism. You can In a sn1 mechanism. You can take In a sn1 mechanism. You In a sn1 mechanism. You can In a sn1 mechanism. You can take
2:37:59
In a sn1 mechanism. You can take a In a sn1 mechanism. You can take a substrate In a sn1 mechanism. You can take a substrate that In a sn1 mechanism. You can take a substrate that is
2:38:03
In a sn1 mechanism. You can take a substrate that is a In a sn1 mechanism. You can take a substrate that is a secondary In a sn1 mechanism. You can take a substrate that is a secondary alkyl In a sn1 mechanism. You can take a substrate that is a secondary alkyl halide In a sn1 mechanism. You can take a substrate that is a secondary alkyl halide or In a sn1 mechanism. You can take a substrate that is a secondary alkyl halide or a
2:38:13
In a sn1 mechanism. You can take a substrate that is a secondary alkyl halide or a tertiary In a sn1 mechanism. You can take a substrate that is a secondary alkyl halide or a tertiary alkyl a substrate that is a secondary alkyl halide or a tertiary alkyl halide a substrate that is a secondary alkyl halide or a tertiary alkyl halide and a substrate that is a secondary alkyl halide or a tertiary alkyl halide and this a secondary alkyl halide or a tertiary alkyl halide and this alkyl
2:38:22
a secondary alkyl halide or a tertiary alkyl halide and this alkyl halide a secondary alkyl halide or a tertiary alkyl halide and this alkyl halide is a secondary alkyl halide or a tertiary alkyl halide and this alkyl halide is tertiary a secondary alkyl halide or a tertiary alkyl halide and this alkyl halide is tertiary and a secondary alkyl halide or a tertiary alkyl halide and this alkyl halide is tertiary and the tertiary alkyl halide and this alkyl halide is tertiary and the first
2:38:32
tertiary alkyl halide and this alkyl halide is tertiary and the first step tertiary alkyl halide and this alkyl halide is tertiary and the first step is tertiary alkyl halide and this alkyl halide is tertiary and the first step is a tertiary alkyl halide and this alkyl halide is tertiary and the first step is a heterolysis tertiary alkyl halide and this alkyl halide is tertiary and the first step is a heterolysis step alkyl halide is tertiary and the first step is a heterolysis step. Right
2:38:42
alkyl halide is tertiary and the first step is a heterolysis step. Right so alkyl halide is tertiary and the first step is a heterolysis step. Right so what alkyl halide is tertiary and the first step is a heterolysis step. Right so what does alkyl halide is tertiary and the first step is a heterolysis step. Right so what does that first step is a heterolysis step. Right so what does that what first step is a heterolysis step. Right so what does that what does
2:38:51
first step is a heterolysis step. Right so what does that what does that first step is a heterolysis step. Right so what does that what does that stuff first step is a heterolysis step. Right so what does that what does that stuff look like first step is a heterolysis step. Right so what does that what does that stuff look step. Right so what does that what does that stuff look like well step. Right so what does that what does that stuff look like well the
2:39:01
step. Right so what does that what does that stuff look like well the leaving step. Right so what does that what does that stuff look like well the leaving group step. Right so what does that what does that stuff look like well the leaving group please what does that stuff look like well the leaving group please. And what does that stuff look like well the leaving group please. And so does that stuff look like well the leaving group please. And so we are
2:39:10
does that stuff look like well the leaving group please. And so we are going to what does that stuff look like well the leaving group please. And what does that stuff look like well the leaving group please. And so does that stuff look like well the leaving group please. And so we are does that stuff look like well the leaving group please. And so we are going to does that stuff look like well the leaving group please. And so we are going to generate
2:39:19
the leaving group please. And so we are going to generate something the leaving group please. And so we are going to generate something that the leaving group please. And so we are going to generate something that looks the leaving group please. And so we are going to generate something that looks like the leaving group please. And so we are going to generate something that looks like this we are going to generate something that looks like this. A
2:39:28
we are going to generate something that looks like this. A tert we are going to generate something that looks like this. A tertiary we are going to generate something that looks like this. A terti we are going to generate something that looks like this. A we are going to generate something that looks like this. A tertiary we are going to generate something that looks like this. A tertiary carbocation we are going to generate something that looks like this. A tertiary carbocation. Plus
2:39:39
And so we are going to generate something that looks like this. A tertiary carbocation. Plus our something that looks like this. A tertiary carbocation. Plus our bromide something that looks like this. A tertiary carbocation. Plus our bromide. That is something that looks like this. A tertiary carbocation. Plus our bromide. That something that looks like this. A tertiary carbocation. Plus our bromide. That is left something that looks like this. A tertiary carbocation. Plus our bromide. That
2:39:48
something that looks like this. A tertiary carbocation. Plus our bromide. That is something that looks like this. A tertiary carbocation. Plus our bromide. That is left something that looks like this. A tertiary carbocation. Plus our bromide. That is left. So A tertiary carbocation. Plus our bromide. That is left. So there's A tertiary carbocation. Plus our bromide. That is left. So there's our something that looks like this. A tertiary carbocation. Plus our bromide. That is left. So
2:39:58
A tertiary carbocation. Plus our bromide. That is left. So there's A tertiary carbocation. Plus our bromide. That is left. So there's our A tertiary carbocation. Plus our bromide. That is left. So there's our header A tertiary carbocation. Plus our bromide. That is left. So there's our header all A tertiary carbocation. Plus our bromide. That is left. So there's our header all assist A tertiary carbocation. Plus our bromide. That is left. So there's our headerolysis step
2:40:08
bromide. That is left. So there's our headerolysis step. Now bromide. That is left. So there's our headerolysis step. Now then the bromide. That is left. So there's our headerolysis step. Now then the next bromide. That is left. So there's our headerolysis step. Now then the next step bromide. That is left. So there's our headerolysis step. Now then the next step will So there's our headerolysis step. Now then the next step will go
2:40:17
So there's our headerolysis step. Now then the next step will go down So there's our headerolysis step. Now then the next step will go down this So there's our headerolysis step. Now then the next step will go down this way So there's our headerolysis step. Now the next step will go down this way headerolysis step. Now the next step will go down this way. All right headerolysis step. Now the next step will go down this way. All right there
2:40:26
headerolysis step. Now the next step will go down this way. Right there headerolysis step. Now the next step will go down this way. All right there and step. Now the next step will go down this way. All right there and in step. Now the next step will go down this way. All right there and in our step. Now the next step will go down this way. All right there and in our next step. Now the next step will go down this way. All right there and in our next step
2:40:36
step. Now the next step will go down this way. All right there and in our next step we step. Now the next step will go down this way. All right there and in our next step we have step. Now the next step will go down this way. All right there and in our next step we have a this way. All right there and in our next step we have a coordination this way. All right there and in our next step we have a coordination step this way. All right there and in our next step we have a coordination step. And
2:40:46
this way. All right there and in our next step we have a coordination step. And that's our next step we have a coordination step. And that's because our next step we have a coordination step. And that's because we're this way. All right there and in our next step we have a coordination step. And step we have a coordination step. And that's because we're going our next step we have a coordination step. And that's because
2:40:55
this way. All right there and in our next step we have a coordination step. And that's our next step we have a coordination step. And that's because we're step we have a coordination step. And that's because we're going step we have a coordination step. And that's because we're going to step we have a coordination step. And that's because we're going to take step we have a coordination step. And that's because we're going to take water
2:41:04
step we have a coordination step. And that's because we're going to take water. Right step we have a coordination step. And that's because we're going to take water. Right here step we have a coordination step. And that's because we're going to take water. Right here step we have a coordination step. And that's because we're going to take water. Right step. And that's because we're going to take water. Right here. And step. And that's because we're going to take water. Right here. And water
2:41:15
step. And that's because we're going to take water. Right here. And water is step. And that's because we're going to take water. Right here. And water is going step. And that's because we're going to take water. Right here. And water is going to step. And that's because we're going to take water. Right here. And water is going to act step. And that's because we're going to take water. Right here. And water is going to act as
2:41:24
step. And that's because we're going to take water. Right here. And water is going to act as a to take water. Right here. And water is going to act as a nucleophile to take water. Right here. And water is going to act as a nucleophile. That's to take water. Right here. And water is going to act as a nucleophile. And to take water. Right here. And water is going to act as a nucleophile. And it's to take water. Right here. And water is going to act as a nucleophile. That's going to
2:41:34
to take water. Right here. And water is going to act as a nucleophile. And it's going to water is going to act as a nucleophile. And it's going to come water is going to act as a nucleophile. And it's going to come in water is going to act as a nucleophile. And it's going to come to take water. Right here. And water is going to act as a nucleophile. And it's going to water is going to act as a nucleophile. That's going to come in
2:41:42
water is going to act as a nucleophile. That's going to come in. And water is going to act as a nucleophile. That's going to come in. And do water is going to act as a nucleophile. That's going to come in. And do that to act as a nucleophile. That's going to come in. And do that coordination nucleophile. That's going to come in. And do that coordination step nucleophile. That's going to come in. And do that coordination step. And
2:41:52
nucleophile. That's going to come in. And do that coordination step. And look nucleophile. That's going to come in. And do that coordination step. And look like nucleophile. That's going to come in. And do that coordination step. And nucleophile. That's going to come in. And do that coordination step. And look nucleophile. That's going to come in. And do that coordination step. And look like come in. And do that coordination step. And look like this
2:42:01
come in. And do that coordination step. And look like this. I'm come in. And do that coordination step. And look like this. I'm going to come in. And do that coordination step. And look like this. I'm going to draw come in. And do that coordination step. And look like this. I'm come in. And do that coordination step. And look like this. I'm going to come in. And do that coordination step. And look like this. I'm going to draw
2:42:10
That's going to come in. And do that coordination step. And look like this. I'm going to draw. It that coordination step. And look like this. I'm going to draw. It like That's going to come in. And do that coordination step. And look like this. I'm going to draw. It that coordination step. And look like this. I'm going to draw. It like this that coordination step. And look like this. I'm going to draw. It like that coordination step. And look like this. I'm going to draw. It like this
2:42:20
that coordination step. And look like this. I'm going to draw. It like this. Right that coordination step. And look like this. I'm going to draw. It like this. Right so And do that coordination step. And look like this. I'm going to draw. It like this. Right so now that coordination step. And look like this. I'm going to draw. It like this. Right that coordination step. And look like this. I'm going to draw. It like this. Right so
2:42:29
And do that coordination step. And look like this. I'm going to draw. It like this. Right so now And look like this. I'm going to draw. It like this. Right so now water And look like this. I'm going to draw. It like this. Right so now water has And look like this. I'm going to draw. It like this. Right so now water has three And look like this. I'm going to draw. It like this. Right so now water has three balls
2:42:37
And look like this. I'm going to draw. It like this. Right so now water has three balls so And look like this. I'm going to draw. It like this. Right so now water has three balls so that's draw. It like this. Right so now water has three balls so that's going to draw. It like this. Right so now water has three balls so that's going to make Right so now water has three balls so that's going to make that Right so now water has three balls so that's going to make that possibly
2:42:47
Right so now water has three balls so that's going to make that possibly charged has three balls so that's going to make that possibly charged. Now has three balls so that's going to make that possibly charged. Now this has three balls so that's going to make that possibly charged. Now this re has three balls so that's going to make that possibly charged. Now has three balls so that's going to make that possibly charged. Now this
2:42:56
balls so that's going to make that possibly charged. Now this reaction balls so that's going to make that possibly charged. Now this reaction is balls so that's going to make that possibly charged. Now this reaction is going balls so that's going to make that possibly charged. Now this reaction is going to be balls so that's going to make that possibly charged. Now this reaction is going to be done balls so that's going to make that possibly charged. Now this reaction is going to be done in
2:43:06
that possibly charged. Now this reaction is going to be done in water that possibly charged. Now this reaction is going to be done in water I that possibly charged. Now this reaction is going to be done in water I didn't that possibly charged. Now this reaction is going to be done in water I didn't explain that possibly charged. Now this reaction is going to be done in water I didn't explain that that possibly charged. Now this reaction is going to be done in water I didn't explain that at
2:43:17
reaction is going to be done in water I didn't explain that at the reaction is going to be done in water I didn't explain that at the beginning reaction is going to be done in water I didn't explain that at the beginning but done in water I didn't explain that at the beginning but there's done in water I didn't explain that at the beginning but there's going done in water I didn't explain that at the beginning but there's going to
2:43:26
done in water I didn't explain that at the beginning but there's going to be done in water I didn't explain that at the beginning but there's going to be excess that at the beginning but there's going to be excess amount that at the beginning but there's going to be excess amount of that at the beginning but there's going to be excess amount of water that at the beginning but there's going to be excess amount of water present
2:43:35
that at the beginning but there's going to be excess amount of water present. And that at the beginning but there's going to be excess amount of water present. And so there's going to be excess amount of water present. And so what there's going to be excess amount of water present. And so what we're that at the beginning but there's going to be excess amount of water present. And that at the beginning but there's going to be excess amount of water present. And so
2:43:45
there's going to be excess amount of water present. And so what there's going to be excess amount of water present. And so what we're there's going to be excess amount of water present. And so what we're going there's going to be excess amount of water present. And so what we're going to there's going to be excess amount of water present. And so what we're going to now there's going to be excess amount of water present. And so what we're going to now do
2:43:55
there's going to be excess amount of water present. And so what we're going to now do is there's going to be excess amount of water present. And so what we're going to now do is a amount of water present. And so what we're going to now do is a proton amount of water present. And so what we're going to now do is a proton transfer amount of water present. And so what we're going to now do is a proton transfer. Will
2:44:03
amount of water present. And so what we're going to now do is a proton transfer. Will take amount of water present. And so what we're going to now do is a proton transfer. Will amount of water present. And so what we're going to now do is a proton transfer. Will take amount of water present. And so what we're going to now do is a proton transfer. Will take this what we're going to now do is a proton transfer. Will take this to water
2:44:12
what we're going to now do is a proton transfer. Will take this to water treat what we're going to now do is a proton transfer. Will take this to water treat it what we're going to now do is a proton transfer. Will take this to water treat it as what we're going to now do is a proton transfer. Will take this to water treat it as a do is a proton transfer. Will take this to water treat it as a base do is a proton transfer. Will take this to water treat it as a base and
2:44:22
do is a proton transfer. Will take this to water treat it as a base and grab do is a proton transfer. Will take this to water treat it as a base and grab that do is a proton transfer. Will take this to water treat it as a base and grab that proton do is a proton transfer. Will take this to water treat it as a base and grab that proton. And take this to water treat it as a base and grab that proton. And generate take this to water treat it as a base and grab that proton. And generate our
2:44:32
take this to water treat it as a base and grab that proton. And generate our alcohol Will take this to water treat it as a base and grab that proton. And generate our alcohol. Right as a base and grab that proton. And generate our alcohol. Right there as a base and grab that proton. And generate our alcohol. Right there. So as a base and grab that proton. And generate our alcohol. Right there. So that's And generate our alcohol. Right there. So that's the
2:44:40
And generate our alcohol. Right there. So And generate our alcohol. Right there. So that's
2:44:43
And generate our alcohol. Right there. So that's the And generate our alcohol. Right there. So that's the sn1 And generate our alcohol. Right there. So that's the sn1 mechanism And generate our alcohol. Right there. So that's the sn1 mechanism the And generate our alcohol. Right there. So that's the sn1 mechanism the first And generate our alcohol. Right there. So that's the sn1 mechanism the first step And generate our alcohol. Right there. So that's the sn1 mechanism the first step is
2:44:53
there. So that's the sn1 mechanism the first step is header there. So that's the sn1 mechanism the first step is header allysis there. So that's the sn1 mechanism the first step is header allysis and there. So that's the sn1 mechanism the first step is header allysis and then there. So that's the sn1 mechanism the first step is header allysis and then you have there. So that's the sn1 mechanism the first step is header allysis and then you
2:45:03
mechanism the first step is header allysis and then you have a mechanism the first step is header allysis and then you have a coordination first step is headerolysis and then you have a coordination step first step is headerolysis and then you have a coordination step. And first step is headerolysis and then you have a coordination step. And then first step is headerolysis and then you have a coordination step. And then you first step is headerolysis and then you have a coordination step. And
2:45:13
first step is headerolysis and then you have a coordination step. And then first step is headerolysis and then you have a coordination step. And then you first step is headerolysis and then you have a coordination step. And then you have first step is headerolysis and then you have a coordination step. And then you have a first step is headerolysis and then you have a coordination step. And then you have a proton then you have a coordination step. And then you have a proton transfer
2:45:23
then you have a coordination step. And then you have a proton transfer step then you have a coordination step. And then you have a proton transfer step. So then you have a coordination step. And then you have a proton transfer step. So for s then you have a coordination step. And then you have a proton transfer step. So for then you have a coordination step. And then you have a proton transfer step. So for s and
2:45:32
then you have a coordination step. And then you have a proton transfer step. So for S and one then you have a coordination step. And then you have a proton transfer step. So then you have a coordination step. And then you have a proton transfer step. So for then you have a coordination step. And then you have a proton transfer step. So for S then you have a coordination step. And then you have a proton transfer step. So for S and
2:45:40
then you have a coordination step. And then you have a proton transfer step. So for S and one step. And then you have a proton transfer step. So for S and one you step. And then you have a proton transfer step. So for S and one you have step. And then you have a proton transfer step. So for S and one you have three step. And then you have a proton transfer step. So for S and one you have three Elementary
2:45:48
step. And then you have a proton transfer step. So for S and one you have three Elementary steps transfer step. So for S and one you have three Elementary steps one transfer step. So for S and one you have three Elementary steps one two transfer step. So for S and one you have three Elementary steps one two three transfer step. So for sn1 you have three Elementary steps one two three transfer step. So for sn1 you have three Elementary steps one two three. And
2:45:58
transfer step. So for sn1 you have three Elementary steps one two three. And the transfer step. So for sn1 you have three Elementary steps one two three. And transfer step. So for sn1 you have three Elementary steps one two three. And the transfer step. So for sn1 you have three Elementary steps one two three. And the combination have three Elementary steps one two three. And the combination of have three Elementary steps one two three. And the combination of those
2:46:07
have three Elementary steps one two three. And the combination of those three Elementary steps one two three. And the combination of those three gives Elementary steps one two three. And the combination of those three gives us Elementary steps one two three. And the combination of those three gives us an Elementary steps one two three. And the combination of those three gives us an overall And the combination of those three gives us an overall mechanism
2:46:16
And the combination of those three gives us an overall mechanism called And the combination of those three gives us an overall mechanism called a And the combination of those three gives us an overall mechanism called a sn1 And the combination of those three gives us an overall mechanism called a sn1. Now And the combination of those three gives us an overall mechanism called a sn1. Now if three gives us an overall mechanism called a sn1. Now if we
2:46:25
three gives us an overall mechanism called a sn1. Now if we take three gives us an overall mechanism called a sn1. Now if we take a look And the combination of those three gives us an overall mechanism called a sn1. Now And the combination of those three gives us an overall mechanism called a sn1. Now if three gives us an overall mechanism called a sn1. Now if we three gives us an overall mechanism called a sn1. Now if we take
2:46:34
three gives us an overall mechanism called a sn1. Now if we take a look three gives us an overall mechanism called a sn1. Now if we take a look at three gives us an overall mechanism called a sn1. Now if we take a look at a three gives us an overall mechanism called a sn1. Now if we take a look at a e three gives us an overall mechanism called a sn1. Now if we take a look at a e one three gives us an overall mechanism called a sn1. Now if we take a look at a E1
2:46:44
three gives us an overall mechanism called a sn1. Now if we take a look at a E1. Take three gives us an overall mechanism called a sn1. Now if we take a look at a E1. Take a mechanism called a sn1. Now if we take a look at a E1. Take a look mechanism called a sn1. Now if we take a look at a E1. Take a look at three gives us an overall mechanism called a sn1. Now if we take a look at a E1. Take mechanism called a sn1. Now if we take a look at a E1. Take a look
2:46:53
three gives us an overall mechanism called a sn1. Now if we take a look at a E1. Take a mechanism called a sn1. Now if we take a look at a E1. Take a look at mechanism called a sn1. Now if we take a look at a E1. Take a look at an mechanism called a sn1. Now if we take a look at a E1. Take a look at an E1 mechanism called a sn1. Now if we take a look at a E1. Take a look at an E1 mechanism mechanism called a sn1. Now if we take a look at a E1. Take a look at an E1 mechanism. The
2:47:03
we take a look at a E1. Take a look at an E1 mechanism. The first we take a look at a E1. Take a look at an E1 mechanism. The first step mechanism called a sn1. Now if we take a look at a E1. Take a look at an E1 mechanism. The we take a look at a E1. Take a look at an E1 mechanism. The first we take a look at a E1. Take a look at an E1 mechanism. The first step we take a look at a E1. Take a look at an E1 mechanism. The first step is
2:47:12
we take a look at a E1. Take a look at an E1 mechanism. The first step is the we take a look at a E1. Take a look at an E1 mechanism. The first step is the exact Now if we take a look at a E1. Take a look at an E1 mechanism. The first step is the exact same Take a look at an E1 mechanism. The first step is the exact same as Take a look at an E1 mechanism. The first step is the exact same as the Take a look at an E1 mechanism. The first step is the exact same as the S
2:47:21
Take a look at an E1 mechanism. The first step is the exact same as the Take a look at an E1 mechanism. The first step is the exact same as the sn1 Take a look at an E1 mechanism. The first step is the exact same as the sn1 we Take a look at an E1 mechanism. The first step is the exact same as the sn1 we have Take a look at an E1 mechanism. The first step is the exact same as the sn1 we have a Take a look at an E1 mechanism. The first step is the exact same as the sn1 we have a header
2:47:31
Take a look at an E1 mechanism. The first step is the exact same as the sn1 we have a header all Take a look at an E1 mechanism. The first step is the exact same as the sn1 we have a header Take a look at an E1 mechanism. The first step is the exact same as the sn1 we have a header all The first step is the exact same as the sn1 we have a header all assist step where The first step is the exact same as the sn1 we have a header all assist step where that's
2:47:40
The first step is the exact same as the sn1 we have a header all assist step where that's going as the sn1 we have a header all assist step where that's going to as the sn1 we have a header all assist step where that's going to leave as the sn1 we have a header all assist step where that's going to leave we're as the sn1 we have a header all assist step where that's going to leave we're going as the sn1 we have a header all assist step where that's going to leave we're going to
2:47:51
as the sn1 we have a header all assist step where that's going to leave we're going to generate assist step where that's going to leave we're going to generate a assist step where that's going to leave we're going to generate a carbocation this step where that's going to leave we're going to generate a carbocation this step where that's going to leave we're going to generate a carbocation. But this step where that's going to leave we're going to generate a carbocation. But then
2:48:01
this step where that's going to leave we're going to generate a carbocation. But this step where that's going to leave we're going to generate a carbocation. But then this step where that's going to leave we're going to generate a carbocation. But then the this step where that's going to leave we're going to generate a carbocation. But then the next leave we're going to generate a carbocation. But then the next step leave we're going to generate a carbocation. But then the next step here
2:48:11
leave we're going to generate a carbocation. But then the next step here is leave we're going to generate a carbocation. But then the next step here is going leave we're going to generate a carbocation. But then the next step here is going to leave we're going to generate a carbocation. But then the next step here is going to be carbocation. But then the next step here is going to be a little carbocation. But then the next step here is going to be a little bit
2:48:20
carbocation. But then the next step here is going to be a little bit different carbocation. But then the next step here is going to be a little bit different. And carbocation. But then the next step here is going to be a little bit different. And I'm step here is going to be a little bit different. And I'm going carbocation. But then the next step here is going to be a little bit different. And carbocation. But then the next step here is going to be a little bit different. And I'm
2:48:30
step here is going to be a little bit different. And I'm going step here is going to be a little bit different. And I'm going to step here is going to be a little bit different. And I'm going to clean going to be a little bit different. And I'm going to clean off the step here is going to be a little bit different. And I'm going to clean off going to be a little bit different. And I'm going to clean off the board going to be a little bit different. And I'm going to clean off the board for
2:48:41
going to be a little bit different. And I'm going to clean off the board for this one El Elim Elimin Elimination Elimination. Elect Elimination. Electr Elimination. Electroph Elimination. Electrophile Elimination. Electrophone Elimination. Electrophile illum Elimination. Electrophile illumin Elimination. Electrophile illumination Elimination. Electrophile Elimination. Electrophile illumination Elimination. Electrophile illumination. After Elimination. Electrophile illumination. After file
2:48:51
Elimination. Electrophile illumination. After Elimination. Electrophile illumination. After five The The next The Next Step The The next The next step The next step is The next step is an The next step is an electrophile The next step is an electrophile elimination The next step is an electrophile elimination step The next step is an electrophile elimination step in
2:49:00
The next step is an electrophile elimination step in which The next step is an electrophile elimination step in which we're The next step is an electrophile elimination step in which we're going The next step is an electrophile elimination step in which we're going to have The next step is an electrophile elimination step in which we're going to The next step is an electrophile elimination step in which we're going to have access
2:49:10
The next step is an electrophile elimination step in which we're going to have access water elimination step in which we're going to have access water around elimination step in which we're going to have access water around. And elimination step in which we're going to have access water around. And in elimination step in which we're going to have access water around. And in an elimination step in which we're going to have access water around. And in an e
2:49:19
elimination step in which we're going to have access water around. And in an e one elimination step in which we're going to have access water around. And in an e one it's elimination step in which we're going to have access water around. And in an e one it's the going to have access water around. And in an e one it's the water going to have access water around. And in an e one it's the water isn't going to going to have access water around. And in an e one it's the water isn't going to behave
2:49:30
going to have access water around. And in an e one it's the water isn't going to behave as going to have access water around. And in an e one it's the water isn't going to behave as a around. And in an e one it's the water isn't going to behave as a nucleophile around. And in an e one it's the water isn't going to behave as a nucleophile this time around. And in an e one it's the water isn't going to behave as a nucleophile this
2:49:39
around. And in an e one it's the water isn't going to behave as a nucleophile this time it's water isn't going to behave as a nucleophile this time it's going to isn't going to behave as a nucleophile this time it's going to behave isn't going to behave as a nucleophile this time it's going to behave as isn't going to behave as a nucleophile this time it's going to behave as a isn't going to behave as a nucleophile this time it's going to behave as a base
2:49:49
isn't going to behave as a nucleophile this time it's going to behave as a base so isn't going to behave as a nucleophile this time it's going to behave as a base so there's nucleophile this time it's going to behave as a base so there's this nucleophile this time it's going to behave as a base so there's this hydrogen nucleophile this time it's going to behave as a base so there's this hydrogen that nucleophile this time it's going to behave as a base so there's this hydrogen that beta
2:49:59
nucleophile this time it's going to behave as a base so there's this hydrogen that beta. To the nucleophile this time it's going to behave as a base so there's this hydrogen that beta. To nucleophile this time it's going to behave as a base so there's this hydrogen that beta. To to behave as a base so there's this hydrogen that beta. To the car nucleophile this time it's going to behave as a base so there's this hydrogen that beta. To the
2:50:08
to behave as a base so there's this hydrogen that beta. To the carbocation to behave as a base so there's this hydrogen that beta. To the carbocation. And to behave as a base so there's this hydrogen that beta. To the carbocation. And so to behave as a base so there's this hydrogen that beta. To the carbocation. And to behave as a base so there's this hydrogen that beta. To the carbocation. And so to behave as a base so there's this hydrogen that beta. To the carbocation. And so that
2:50:19
to behave as a base so there's this hydrogen that beta. To the carbocation. And so that is this hydrogen that beta. To the carbocation. And so that is going to this hydrogen that beta. To the carbocation. And so that is going to come this hydrogen that beta. To the carbocation. And so that is going to come use this hydrogen that beta. To the carbocation. And so that is going to come use its this hydrogen that beta. To the carbocation. And so that is going to come use its lone
2:50:29
this hydrogen that beta. To the carbocation. And so that is going to come use its lone pairs carbocation. And so that is going to come use its lone pairs. It's lone pairs there is going to come use its lone pairs. It's lone pairs there come in is going to come use its lone pairs. It's lone pairs there come in. GR is going to come use its lone pairs. It's lone pairs there come in. Grab is going to come use its lone pairs. It's lone pairs there come in. Grab that
2:50:38
is going to come use its lone pairs. It's lone pairs there come in. Grab that prot is going to come use its lone pairs. It's lone pairs there come in. Grab is going to come use its lone pairs. It's lone pairs there come in. Grab that And so that is going to come use its lone pairs. It's lone pairs there come in. Grab that proton its lone pairs. It's lone pairs there come in. Grab that proton break its lone pairs. It's lone pairs there come in. Grab that proton break the
2:50:48
its lone pairs. It's lone pairs there come in. Grab that proton break the hydrogen its lone pairs. It's lone pairs there come in. Grab that proton break the hydrogen carbon its lone pairs. It's lone pairs there come in. Grab that proton break the hydrogen carbon Bond there come in. Grab that proton break the hydrogen carbon Bond. To there come in. Grab that proton break the hydrogen carbon Bond. To go there come in. Grab that proton break the hydrogen carbon Bond. To go like
2:50:58
there come in. Grab that proton break the hydrogen carbon Bond. To go like that there come in. Grab that proton break the hydrogen carbon Bond. To there come in. Grab that proton break the hydrogen carbon Bond. To go there come in. Grab that proton break the hydrogen carbon Bond. To go like there come in. Grab that proton break the hydrogen carbon Bond. To go like that Grab that proton break the hydrogen carbon Bond. To go like that. And
2:51:07
Grab that proton break the hydrogen carbon Bond. To go like that. And so Grab that proton break the hydrogen carbon Bond. To go like that. And so that is Grab that proton break the hydrogen carbon Bond. To go like that. And so that Grab that proton break the hydrogen carbon Bond. To go like that. And Grab that proton break the hydrogen carbon Bond. To go like that. And so Grab that proton break the hydrogen carbon Bond. To go like that. And so that
2:51:16
Grab that proton break the hydrogen carbon Bond. To go like that. And so that is Grab that proton break the hydrogen carbon Bond. To go like that. And so that is going Grab that proton break the hydrogen carbon Bond. To go like that. And so that is going to hydrogen carbon Bond. To go like that. And so that is going to give hydrogen carbon Bond. To go like that. And so that is going to give us hydrogen carbon Bond. To go like that. And so that is going to give us. Our
2:51:25
hydrogen carbon Bond. To go like that. And so that is going to give us. Our product hydrogen carbon Bond. To go like that. And so that is going to give us. Our hydrogen carbon Bond. To go like that. And so that is going to give us. Our product hydrogen carbon Bond. To go like that. And so that is going to give us. Our product. Just hydrogen carbon Bond. To go like that. And so that is going to give us. Our product. Just like that. And so that is going to give us. Our product. Just like that
2:51:35
hydrogen carbon Bond. To go like that. And so that is going to give us. Our product. Just hydrogen carbon Bond. To go like that. And so that is going to give us. Our product. Just like that. And so that is going to give us. Our product. Just like that that. And so that is going to give us. Our product. Just like that. Double that. And so that is going to give us. Our product. Just like that. Double check
2:51:44
To go like that. And so that is going to give us. Our product. Just like that. Double check him To go like that. And so that is going to give us. Our product. Just like that. Double going to give us. Our product. Just like that. Double checking account in the Our product. Just like that. Double checking account in the carbons Our product. Just like that. Double checking account in the carbons and Our product. Just like that. Double checking account in the carbons and then
2:51:53
Our product. Just like that. Double checking account in the carbons and then we Our product. Just like that. Double checking account in the carbons and then we would Our product. Just like that. Double checking account in the carbons and then we would have Double checking account in the carbons and then we would have left Double checking account in the carbons and then we would have left over Double checking account in the carbons and then we would have left over we
2:52:03
Just like that. Double checking account in the carbons and then we would have left over we would account in the carbons and then we would have left over we would have account in the carbons and then we would have left over we would have our carbons and then we would have left over we would have our hydronium carbons and then we would have left over we would have our hydronium. Like carbons and then we would have left over we would have our hydronium. Like that
2:52:12
carbons and then we would have left over we would have our hydronium. Like carbons and then we would have left over we would have our hydronium. Like that carbons and then we would have left over we would have our hydronium. Like that. And carbons and then we would have left over we would have our hydronium. Like that. And that left over we would have our hydronium. Like that. And that is carbons and then we would have left over we would have our hydronium. Like that. And
2:52:22
carbons and then we would have left over we would have our hydronium. Like that. And that left over we would have our hydronium. Like that. And that is left over we would have our hydronium. Like that. And that is our left over we would have our hydronium. Like that. And that is our E1 left over we would have our hydronium. Like that. And that is our E1 mechanism left over we would have our hydronium. Like that. And that is our E1 mechanism as
2:52:31
left over we would have our hydronium. Like that. And that is our E1 mechanism as header hydronium. Like that. And that is our E1 mechanism as header also hydronium. Like that. And that is our E1 mechanism as header also step hydronium. Like that. And that is our E1 mechanism as header also step an hydronium. Like that. And that is our E1 mechanism as header also step an electrophile is our E1 mechanism as header also step an electrophile elimination
2:52:40
is our E1 mechanism as header also step an electrophile elimination step mechanism as header also step an electrophile elimination step. I'm just mechanism as header also step an electrophile elimination step. Just And that is our E1 mechanism as header also step an electrophile elimination step. Just double And that is our E1 mechanism as header also step an electrophile elimination step. Just double-ch header also step an electrophile elimination step. Just double check
2:52:49
header also step an electrophile elimination step. Just double checking header also step an electrophile elimination step. Just double checking my And that is our E1 mechanism as header also step an electrophile elimination step. Just And that is our E1 mechanism as header also step an electrophile elimination step. Just double header also step an electrophile elimination step. Just double checking header also step an electrophile elimination step. Just double checking my
2:52:59
header also step an electrophile elimination step. Just double checking my notes header also step an electrophile elimination step. Just double checking my notes okay header also step an electrophile elimination step. Just double checking my notes okay. So header also step an electrophile elimination step. Just double checking my notes okay. So as elimination step. Just double checking my notes okay. So as always elimination step. Just double checking my notes okay. So as always if
2:53:09
elimination step. Just double checking my notes okay. So as always if there's elimination step. Just double checking my notes okay. So as always if there's ever elimination step. Just double checking my notes okay. So as always if there's ever any checking my notes okay. So as always if there's ever any questions checking my notes okay. So as always if there's ever any questions or checking my notes okay. So as always if there's ever any questions or concerns
2:53:19
checking my notes okay. So as always if there's ever any questions or concerns feel okay. So as always if there's ever any questions or concerns feel free okay. So as always if there's ever any questions or concerns feel free to okay. So as always if there's ever any questions or concerns feel free to reach okay. So as always if there's ever any questions or concerns feel free to reach out okay. So as always if there's ever any questions or concerns feel free to reach out I'm
2:53:28
ever any questions or concerns feel free to reach out I'm more than okay. So as always if there's ever any questions or concerns feel free to reach out I'm more So as always if there's ever any questions or concerns feel free to reach out I'm more than happy questions or concerns feel free to reach out I'm more than happy to questions or concerns feel free to reach out I'm more than happy to help questions or concerns feel free to reach out I'm more than happy to help. And
2:53:38
questions or concerns feel free to reach out I'm more than happy to help. And I questions or concerns feel free to reach out I'm more than happy to help. And I. Just questions or concerns feel free to reach out I'm more than happy to help. And I. Just want questions or concerns feel free to reach out I'm more than happy to help. And I. Just want to questions or concerns feel free to reach out I'm more than happy to help. And I. Just
2:53:48
questions or concerns feel free to reach out I'm more than happy to help. And I. Just want questions or concerns feel free to reach out I'm more than happy to help. And I. Just want to to reach out I'm more than happy to help. And I. Just want to reiterate to reach out I'm more than happy to help. And I. Just want to reiterate. What to reach out I'm more than happy to help. And I. Just want to reiterate. What I to reach out I'm more than happy to help. And I. Just want to reiterate. What I said
2:53:58
to reach out I'm more than happy to help. And I. Just want to reiterate. What to reach out I'm more than happy to help. And I. Just want to reiterate. What I said at to reach out I'm more than happy to help. And I. Just want to reiterate. What I to reach out I'm more than happy to help. And I. Just want to reiterate. What I said to reach out I'm more than happy to help. And I. Just want to reiterate. What I said at
2:54:07
to reach out I'm more than happy to help. And I. Just want to reiterate. What I said at the to help. And I. Just want to reiterate. What I said at the beginning to help. And I. Just want to reiterate. What I said at the beginning of to help. And I. Just want to reiterate. What I said at the beginning of the to help. And I. Just want to reiterate. What I said at the beginning of the video reiterate. What I said at the beginning of the video but if you
2:54:16
reiterate. What I said at the beginning of the video but if you learn reiterate. What I said at the beginning of the video but if you learn these What I said at the beginning of the video but if you learn these stats said at the beginning of the video but if you learn these stats these said at the beginning of the video but if you learn these stats these Elementary said at the beginning of the video but if you learn these stats these Elementary steps
2:54:25
What I said at the beginning of the video but if you learn these stats these Elementary steps and the video but if you learn these stats these Elementary steps and understand the video but if you learn these stats these Elementary steps and understand them the video but if you learn these stats these Elementary steps and understand them. It the video but if you learn these stats these Elementary steps and understand them. It will
2:54:34
the video but if you learn these stats these Elementary steps and understand them. It will help the video but if you learn these stats these Elementary steps and understand them. It the video but if you learn these stats these Elementary steps and understand them. It will the video but if you learn these stats these Elementary steps and understand them. It will help stats these Elementary steps and understand them. It will help you
2:54:42
stats these Elementary steps and understand them. It will help you master stats these Elementary steps and understand them. It will help you master organic stats these Elementary steps and understand them. It will help you master organic chemistry stats these Elementary steps and understand them. It will help you master organic chemistry it understand them. It will help you master organic chemistry it will understand them. It will help you master organic chemistry it will make
2:54:52
understand them. It will help you master organic chemistry it will make organic understand them. It will help you master organic chemistry it will make organic chemistry you master organic chemistry it will make organic chemistry easier you master organic chemistry it will make organic chemistry easier this you master organic chemistry it will make organic chemistry easier this I you master organic chemistry it will make organic chemistry easier this I can
2:55:01
chemistry it will make organic chemistry easier this I can promise
Here to help you learn
Sign in to keep a private conversation with your course tutor.
Ask me anything about the material…
Sign in to chat