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0:00
So So in So So in So in this So in this video So in this video we So in this video we are So in this video we are going So in this video we are going to So in this video we are going to discuss So in this video we are going to discuss an So in this video we are going to discuss an E1 So in this video we are going to discuss an E1 mechanism So in this video we are going to discuss an E1 mechanism. The So in this video we are going to discuss an E1 mechanism. The e
0:12
So in this video we are going to discuss an E1 mechanism. The So in this video we are going to discuss an E1 mechanism. The E So in this video we are going to discuss an E1 mechanism. The E stands So in this video we are going to discuss an E1 mechanism. The E stands for So in this video we are going to discuss an E1 mechanism. The E stands for. El So in this video we are going to discuss an E1 mechanism. The E stands for. Elim
0:21
So in this video we are going to discuss an E1 mechanism. The E stands for. Elimin So in this video we are going to discuss an E1 mechanism. The E stands for. Elimination So in this video we are going to discuss an E1 mechanism. The E stands for. Elimination and the So in this video we are going to discuss an E1 mechanism. The E stands for. Elimination and discuss an E1 mechanism. The E stands for. Elimination and the one discuss an E1 mechanism. The E stands for. Elimination and the one stands
0:31
discuss an E1 mechanism. The E stands for. Elimination and the one stands for discuss an E1 mechanism. The E stands for. Elimination and the one stands for unimolecular discuss an E1 mechanism. The E stands for. Elimination and the one stands for unimolecular. But stands for. Elimination and the one stands for unimolecular. But before stands for. Elimination and the one stands for unimolecular. But before we
0:39
discuss an E1 mechanism. The E stands for. Elimination and the one stands for unimolecular. But stands for. Elimination and the one stands for unimolecular. But before stands for. Elimination and the one stands for unimolecular. But before we stands for. Elimination and the one stands for unimolecular. But before we jump stands for. Elimination and the one stands for unimolecular. But before we jump into stands for. Elimination and the one stands for unimolecular. But before we jump into that
0:49
and the one stands for unimolecular. But before we jump into that reaction and the one stands for unimolecular. But before we jump into that reaction I and the one stands for unimolecular. But before we jump into that reaction I want for unimolecular. But before we jump into that reaction I want to for unimolecular. But before we jump into that reaction I want to just for unimolecular. But before we jump into that reaction I want to just recap
0:58
for unimolecular. But before we jump into that reaction I want to just recap our for unimolecular. But before we jump into that reaction I want to just recap our sn1 for unimolecular. But before we jump into that reaction I want to just recap our sn1. Or for unimolecular. But before we jump into that reaction I want to just recap our sn1. Or SN for unimolecular. But before we jump into that reaction I want to just recap our sn1. Or
1:07
for unimolecular. But before we jump into that reaction I want to just recap our sn1. Or sn1 jump into that reaction I want to just recap our sn1. Or sn1 mechanism jump into that reaction I want to just recap our sn1. Or sn1 mechanism and jump into that reaction I want to just recap our sn1. Or sn1 mechanism and our reaction I want to just recap our sn1. Or sn1 mechanism and our sn2 reaction I want to just recap our sn1. Or sn1 mechanism and our sn2 mechanism
1:16
reaction I want to just recap our sn1. Or sn1 mechanism and our sn2 mechanism and reaction I want to just recap our sn1. Or sn1 mechanism and our sn2 mechanism and explore our sn1. Or sn1 mechanism and our sn2 mechanism and explore more our sn1. Or sn1 mechanism and our sn2 mechanism and explore more of our sn1. Or sn1 mechanism and our sn2 mechanism and explore more of what our sn1. Or sn1 mechanism and our sn2 mechanism and explore more of what the
1:26
our sn1. Or sn1 mechanism and our sn2 mechanism and explore more of what the number our sn1. Or sn1 mechanism and our sn2 mechanism and explore more of what the number actually our sn2 mechanism and explore more of what the number actually means our sn2 mechanism and explore more of what the number actually means. When mechanism and explore more of what the number actually means. When we mechanism and explore more of what the number actually means. When we look
1:35
mechanism and explore more of what the number actually means. When we look at our sn2 mechanism and explore more of what the number actually means. When mechanism and explore more of what the number actually means. When we mechanism and explore more of what the number actually means. When we look mechanism and explore more of what the number actually means. When we look at mechanism and explore more of what the number actually means. When we look at an
1:44
mechanism and explore more of what the number actually means. When we look at an sn1 mechanism and explore more of what the number actually means. When we look at an sn1 reaction what the number actually means. When we look at an sn1 reaction what does what the number actually means. When we look at an sn1 reaction what what the number actually means. When we look at an sn1 reaction what does the what the number actually means. When we look at an sn1 reaction what does the unimolecular
1:54
When we look at an sn1 reaction what does the unimolecular. Talking When we look at an sn1 reaction what does the unimolecular. Talking about When we look at an sn1 reaction what does the unimolecular. Talking When we look at an sn1 reaction what does the unimolecular. Talking about When we look at an sn1 reaction what does the unimolecular. Talking about that's When we look at an sn1 reaction what does the unimolecular. Talking about that's what
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When we look at an sn1 reaction what does the unimolecular. Talking about that's what the what does the unimolecular. Talking about that's what the number what does the unimolecular. Talking about that's what the number one what does the unimolecular. Talking about that's what the number what does the unimolecular. Talking about that's what the number one's what does the unimolecular. Talking about that's what the number one's referring
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what does the unimolecular. Talking about that's what the number one's referring to what does the unimolecular. Talking about that's what the number one's referring to so Talking about that's what the number one's referring to so it's Talking about that's what the number one's referring to so it's Union Talking about that's what the number one's referring to so it's Union molecular Talking about that's what the number one's referring to so it's Union molecular so
2:24
Talking about that's what the number one's referring to so it's Union molecular so if Talking about that's what the number one's referring to so it's Union molecular so if we number one's referring to so it's Union molecular so if we look number one's referring to so it's Union molecular so if we look at number one's referring to so it's Union molecular so if we look at a number one's referring to so it's Union molecular so if we look at a reaction
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number one's referring to so it's Union molecular so if we look at a reaction that number one's referring to so it's Union molecular so if we look at a reaction that we've it's Union molecular so if we look at a reaction that we've done it's Union molecular so if we look at a reaction that we've done in it's Union molecular so if we look at a reaction that we've done in a it's Union molecular so if we look at a reaction that we've done in a previous
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it's Union molecular so if we look at a reaction that we've done in a previous video it's Union molecular so if we look at a reaction that we've done in a previous video here look at a reaction that we've done in a previous video here. Like look at a reaction that we've done in a previous video here. Like this look at a reaction that we've done in a previous video here. Like look at a reaction that we've done in a previous video here. Like this
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look at a reaction that we've done in a previous video here. Like this. And look at a reaction that we've done in a previous video here. Like this. And we look at a reaction that we've done in a previous video here. Like this. And we treat look at a reaction that we've done in a previous video here. Like this. And we treat that look at a reaction that we've done in a previous video here. Like this. And look at a reaction that we've done in a previous video here. Like this. And we
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look at a reaction that we've done in a previous video here. Like this. And we treat look at a reaction that we've done in a previous video here. Like this. And we treat that done in a previous video here. Like this. And we treat that with done in a previous video here. Like this. And we treat that with our done in a previous video here. Like this. And we treat that with our iodine done in a previous video here. Like this. And we treat that with our iodine iodide
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done in a previous video here. Like this. And we treat that with our iodine iodide there Like this. And we treat that with our iodine iodide there. What's Like this. And we treat that with our iodine iodide there. What's the Like this. And we treat that with our iodine iodide there. What's Like this. And we treat that with our iodine iodide there. What's the Like this. And we treat that with our iodine iodide there. What's the mechanism
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Like this. And we treat that with our iodine iodide there. What's the mechanism for a s Like this. And we treat that with our iodine iodide there. What's the mechanism for a s in with our iodine iodide there. What's the mechanism for a s in one with our iodine iodide there. What's the mechanism for a s in one well with our iodine iodide there. What's the mechanism for a s in one well the iodine iodide there. What's the mechanism for a s in one well the leaving
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iodine iodide there. What's the mechanism for a s in one well the leaving group iodine iodide there. What's the mechanism for a s in one well the leaving group is iodine iodide there. What's the mechanism for a s in one well the leaving group is going to mechanism for a s in one well the leaving group is going to leave mechanism for a s in one well the leaving group is going to leave first mechanism for a s in one well the leaving group is going to leave first right
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mechanism for a s in one well the leaving group is going to leave first right we mechanism for a s in one well the leaving group is going to leave first right we we one well the leaving group is going to leave first right we we already one well the leaving group is going to leave first right we we already know one well the leaving group is going to leave first right we we already know this one well the leaving group is going to leave first right we we already know this and so
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one well the leaving group is going to leave first right we we already know this and one well the leaving group is going to leave first right we we already know this and so we're going to leave first right we we already know this and so we're going going to leave first right we we already know this and so we're going to going to leave first right we we already know this and so we're going to go going to leave first right we we already know this and so we're going to go and
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going to leave first right we we already know this and so we're going to go and turn going to leave first right we we already know this and so we're going to go and turn into going to leave first right we we already know this and so we're going to go and turn into. This already know this and so we're going to go and turn into. This spec already know this and so we're going to go and turn into. This species already know this and so we're going to go and turn into. This species right
4:10
going to leave first right we we already know this and so we're going to go and turn into. This already know this and so we're going to go and turn into. This species right here already know this and so we're going to go and turn into. This species already know this and so we're going to go and turn into. This species right already know this and so we're going to go and turn into. This species right here already know this and so we're going to go and turn into. This species right here. And
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already know this and so we're going to go and turn into. This species right here. And that already know this and so we're going to go and turn into. This species right here. And already know this and so we're going to go and turn into. This species right here. And that going to go and turn into. This species right here. And that intermediate going to go and turn into. This species right here. And that intermediate right
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going to go and turn into. This species right here. And that intermediate right there going to go and turn into. This species right here. And that intermediate right there that species right here. And that intermediate right there that carbocation species right here. And that intermediate right there that carbocation intermediate species right here. And that intermediate right there that carbocation intermediate is that intermediate right there that carbocation intermediate is right
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that intermediate right there that carbocation intermediate is right here that intermediate right there that carbocation intermediate is right here. But that intermediate right there that carbocation intermediate is right here. But at that intermediate right there that carbocation intermediate is right here. But at the that intermediate right there that carbocation intermediate is right here. But that intermediate right there that carbocation intermediate is right here. But at
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that intermediate right there that carbocation intermediate is right here. But at the that intermediate right there that carbocation intermediate is right here. But at the rate there that carbocation intermediate is right here. But at the rate determining there that carbocation intermediate is right here. But at the rate determining step intermediate is right here. But at the rate determining step. What intermediate is right here. But at the rate determining step. What step
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intermediate is right here. But at the rate determining step. What step is intermediate is right here. But at the rate determining step. What step is the intermediate is right here. But at the rate determining step. What step intermediate is right here. But at the rate determining step. What intermediate is right here. But at the rate determining step. What step is intermediate is right here. But at the rate determining step. What step is the
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intermediate is right here. But at the rate determining step. What step is the rate at the rate determining step. What step is the rate determining at the rate determining step. What step is the rate determining stuff at the rate determining step. What step is the rate determining stuff this at the rate determining step. What step is the rate determining stuff this first at the rate determining step. What step is the rate determining stuff this first one
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step. What step is the rate determining stuff this first one because step. What step is the rate determining stuff this first one because it's step. What step is the rate determining stuff this first one because it's energy step. What step is the rate determining stuff this first one because it's energy of determining stuff this first one because it's energy of activation determining stuff this first one because it's energy of activation. Is
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determining stuff this first one because it's energy of activation. Is rather determining stuff this first one because it's energy of activation. Is determining stuff this first one because it's energy of activation. Is rather determining stuff this first one because it's energy of activation. Is rather large determining stuff this first one because it's energy of activation. Is rather large. And because it's energy of activation. Is rather large. And we
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because it's energy of activation. Is rather large. And we have determining stuff this first one because it's energy of activation. Is rather large. And because it's energy of activation. Is rather large. And we because it's energy of activation. Is rather large. And we have because it's energy of activation. Is rather large. And we have the because it's energy of activation. Is rather large. And we have the the because it's energy of activation. Is rather large. And we have the the transition
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because it's energy of activation. Is rather large. And we have the the transition state activation. Is rather large. And we have the the transition state right activation. Is rather large. And we have the the transition state right here activation. Is rather large. And we have the the transition state right here. It's activation. Is rather large. And we have the the transition state right here. It's the
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activation. Is rather large. And we have the the transition state right here. It's the highest activation. Is rather large. And we have the the transition state right here. It's activation. Is rather large. And we have the the transition state right here. It's the activation. Is rather large. And we have the the transition state right here. It's the highest we have the the transition state right here. It's the highest energy
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we have the the transition state right here. It's the highest energy point the transition state right here. It's the highest energy point when the transition state right here. It's the highest energy point when you look the transition state right here. It's the highest energy point when you the transition state right here. It's the highest energy point when you look at state right here. It's the highest energy point when you look at with
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state right here. It's the highest energy point when you look at with respect state right here. It's the highest energy point when you look at with respect to state right here. It's the highest energy point when you look at with respect to the state right here. It's the highest energy point when you look at with respect to the Y highest energy point when you look at with respect to the Y axis highest energy point when you look at with respect to the Y axis here
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highest energy point when you look at with respect to the Y axis here that's highest energy point when you look at with respect to the Y axis here that's the when you look at with respect to the Y axis here that's the highest when you look at with respect to the Y axis here that's the highest point when you look at with respect to the Y axis here that's the highest point in when you look at with respect to the Y axis here that's the highest point in this
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when you look at with respect to the Y axis here that's the highest point in this reaction the Y axis here that's the highest point in this reaction coordinate the Y axis here that's the highest point in this reaction coordinate. And the Y axis here that's the highest point in this reaction coordinate. And so the Y axis here that's the highest point in this reaction coordinate. And the Y axis here that's the highest point in this reaction coordinate. And so
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the Y axis here that's the highest point in this reaction coordinate. And so the highest point in this reaction coordinate. And so the unimolecular highest point in this reaction coordinate. And so the unimolecular. It's highest point in this reaction coordinate. And so the unimolecular. It's taking highest point in this reaction coordinate. And so the unimolecular. It's taking a highest point in this reaction coordinate. And so the unimolecular. It's
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highest point in this reaction coordinate. And so the unimolecular. It's taking a look highest point in this reaction coordinate. And so the unimolecular. It's taking highest point in this reaction coordinate. And so the unimolecular. It's taking a highest point in this reaction coordinate. And so the unimolecular. It's taking a look coordinate. And so the unimolecular. It's taking a look at coordinate. And so the unimolecular. It's taking a look at how
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coordinate. And so the unimolecular. It's taking a look at how many coordinate. And so the unimolecular. It's taking a look at how many molecules coordinate. And so the unimolecular. It's taking a look at how many molecules are coordinate. And so the unimolecular. It's taking a look at how many molecules are in coordinate. And so the unimolecular. It's taking a look at how many molecules are in the unimolecular. It's taking a look at how many molecules are in the transition
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unimolecular. It's taking a look at how many molecules are in the transition state taking a look at how many molecules are in the transition state. It taking a look at how many molecules are in the transition state. In taking a look at how many molecules are in the transition state. In the taking a look at how many molecules are in the transition state. In the rate taking a look at how many molecules are in the transition state. In
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taking a look at how many molecules are in the transition state. In the taking a look at how many molecules are in the transition state. In the rate taking a look at how many molecules are in the transition state. In the rate determining molecules are in the transition state. In the rate determining step molecules are in the transition state. In the rate determining step. And molecules are in the transition state. In the rate determining step. And so how
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molecules are in the transition state. In the rate determining step. And so molecules are in the transition state. In the rate determining step. And so how many molecules are in the transition state. In the rate determining step. And molecules are in the transition state. In the rate determining step. And so molecules are in the transition state. In the rate determining step. And so how molecules are in the transition state. In the rate determining step. And so how many
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molecules are in the transition state. In the rate determining step. And so how many molecules state. In the rate determining step. And so how many molecules are state. In the rate determining step. And so how many molecules are in state. In the rate determining step. And so how many molecules are in this state. In the rate determining step. And so how many molecules are in this transition state. In the rate determining step. And so how many molecules are in this transition state
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step. And so how many molecules are in this transition state well And so how many molecules are in this transition state well it's simply step. And so how many molecules are in this transition state well it's And so how many molecules are in this transition state well it's simply one And so how many molecules are in this transition state well it's simply one. It And so how many molecules are in this transition state well it's simply one. It is
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And so how many molecules are in this transition state well it's simply one. It And so how many molecules are in this transition state well it's simply one. It is And so how many molecules are in this transition state well it's simply one. It is looking And so how many molecules are in this transition state well it's simply one. It is looking at this transition state well it's simply one. It is looking at. This this transition state well it's simply one. It is looking at. This Bond
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this transition state well it's simply one. It is looking at. This Bond right this transition state well it's simply one. It is looking at. This Bond right here this transition state well it's simply one. It is looking at. This Bond right here the this transition state well it's simply one. It is looking at. This Bond right here the carbon simply one. It is looking at. This Bond right here the carbon chlorine simply one. It is looking at. This Bond right here the carbon chlorine bond
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simply one. It is looking at. This Bond right here the carbon chlorine bond. How simply one. It is looking at. This Bond right here the carbon chlorine bond. How it's simply one. It is looking at. This Bond right here the carbon chlorine bond. How it's breaking This Bond right here the carbon chlorine bond. How it's breaking and This Bond right here the carbon chlorine bond. How it's breaking and I'm right here the carbon chlorine bond. How it's breaking and I'm going to
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right here the carbon chlorine bond. How it's breaking and I'm going to use right here the carbon chlorine bond. How it's breaking and I'm going to use dotted chlorine bond. How it's breaking and I'm going to use dotted lines chlorine bond. How it's breaking and I'm going to use dotted lines right chlorine bond. How it's breaking and I'm going to use dotted lines right there chlorine bond. How it's breaking and I'm going to use dotted lines right there to
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chlorine bond. How it's breaking and I'm going to use dotted lines right there to illustrate and I'm going to use dotted lines right there to illustrate that and I'm going to use dotted lines right there to illustrate that it's How it's breaking and I'm going to use dotted lines right there to illustrate that it's starting to use dotted lines right there to illustrate that it's starting to to use dotted lines right there to illustrate that it's starting to fall
8:47
to use dotted lines right there to illustrate that it's starting to fall off to use dotted lines right there to illustrate that it's starting to fall off. So to use dotted lines right there to illustrate that it's starting to fall off. So in the to use dotted lines right there to illustrate that it's starting to fall off. So to use dotted lines right there to illustrate that it's starting to fall off. So in the to illustrate that it's starting to fall off. So in the transition
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to illustrate that it's starting to fall off. So in the transition state to illustrate that it's starting to fall off. So in the transition state how many to illustrate that it's starting to fall off. So in the transition state how to fall off. So in the transition state how many molecules to fall off. So in the transition state how many molecules are to fall off. So in the transition state how many molecules are there to fall off. So in the transition state how many molecules are there. Only
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to fall off. So in the transition state how many molecules are there. Only one transition state how many molecules are there. Only one. Because transition state how many molecules are there. Only one. Because the transition state how many molecules are there. Only one. Because transition state how many molecules are there. Only one. Because the transition state how many molecules are there. Only one. Because the nucleophile many molecules are there. Only one. Because the nucleophile right here
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many molecules are there. Only one. Because the nucleophile right many molecules are there. Only one. Because the nucleophile right here is many molecules are there. Only one. Because the nucleophile right here is not many molecules are there. Only one. Because the nucleophile right here is not involved many molecules are there. Only one. Because the nucleophile right here is not involved in one. Because the nucleophile right here is not involved in that
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one. Because the nucleophile right here is not involved in that transition one. Because the nucleophile right here is not involved in that transition state one. Because the nucleophile right here is not involved in that transition state. Where nucleophile right here is not involved in that transition state. Where does nucleophile right here is not involved in that transition state. Where does the one. Because the nucleophile right here is not involved in that transition state. Where
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nucleophile right here is not involved in that transition state. Where does the nuc nucleophile right here is not involved in that transition state. Where does nucleophile right here is not involved in that transition state. Where does the here is not involved in that transition state. Where does the nucleophile here is not involved in that transition state. Where does the nucleophile get here is not involved in that transition state. Where does the nucleophile get involved
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here is not involved in that transition state. Where does the nucleophile get involved over transition state. Where does the nucleophile get involved over here transition state. Where does the nucleophile get involved over here in transition state. Where does the nucleophile get involved over here in the transition state. Where does the nucleophile get involved over here in the second transition state. Where does the nucleophile get involved over here in the second step
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transition state. Where does the nucleophile get involved over here in the second step. So transition state. Where does the nucleophile get involved over here in the second step. So you transition state. Where does the nucleophile get involved over here in the second step. So nucleophile get involved over here in the second step. So you know nucleophile get involved over here in the second step. So you know molecular involved over here in the second step. So you know molecular is only
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nucleophile get involved over here in the second step. So you know molecular is involved over here in the second step. So you know molecular is only looking involved over here in the second step. So you know molecular is only looking at involved over here in the second step. So you know molecular is only looking at one involved over here in the second step. So you know molecular is only looking at one molecule
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involved over here in the second step. So you know molecular is only looking at one molecule in step. So you know molecular is only looking at one molecule in that step. So you know molecular is only looking at one molecule in that transition step. So you know molecular is only looking at one molecule in that transition state step. So you know molecular is only looking at one molecule in that transition state. But
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step. So you know molecular is only looking at one molecule in that transition state. But if only looking at one molecule in that transition state. But if you step. So you know molecular is only looking at one molecule in that transition state. But step. So you know molecular is only looking at one molecule in that transition state. But if only looking at one molecule in that transition state. But if you looking at one molecule in that transition state. But if you change
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looking at one molecule in that transition state. But if you change this looking at one molecule in that transition state. But if you change this up looking at one molecule in that transition state. But if you change this up to looking at one molecule in that transition state. But if you change this up to a looking at one molecule in that transition state. But if you change this up to a sn2 looking at one molecule in that transition state. But if you change this up to a sn2 style
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transition state. But if you change this up to a sn2 style mechanism transition state. But if you change this up to a sn2 style mechanism. So transition state. But if you change this up to a sn2 style mechanism. So we transition state. But if you change this up to a sn2 style mechanism. So transition state. But if you change this up to a sn2 style mechanism. So we will transition state. But if you change this up to a sn2 style mechanism. So we
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transition state. But if you change this up to a sn2 style mechanism. So we will transition state. But if you change this up to a sn2 style mechanism. So we will change transition state. But if you change this up to a sn2 style mechanism. So we will change the change this up to a sn2 style mechanism. So we will change the methyl change this up to a sn2 style mechanism. So we will change the methyl group change this up to a sn2 style mechanism. So we will change the methyl group here
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change this up to a sn2 style mechanism. So we will change the methyl group here to sn2 style mechanism. So we will change the methyl group here to a sn2 style mechanism. So we will change the methyl group here to a hydrogen sn2 style mechanism. So we will change the methyl group here to a hydrogen. Rec sn2 style mechanism. So we will change the methyl group here to a hydrogen. Recall sn2 style mechanism. So we will change the methyl group here to a hydrogen. Recall in
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sn2 style mechanism. So we will change the methyl group here to a hydrogen. Recall in an sn2 style mechanism. So we will change the methyl group here to a hydrogen. Recall sn2 style mechanism. So we will change the methyl group here to a hydrogen. Recall in sn2 style mechanism. So we will change the methyl group here to a hydrogen. Recall in an sn2 style mechanism. So we will change the methyl group here to a hydrogen. Recall in an sn2
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change the methyl group here to a hydrogen. Recall in an sn2. The change the methyl group here to a hydrogen. Recall in an sn2. The nuc change the methyl group here to a hydrogen. Recall in an sn2. The nucle change the methyl group here to a hydrogen. Recall in an sn2. The change the methyl group here to a hydrogen. Recall in an sn2. The nucleophile change the methyl group here to a hydrogen. Recall in an sn2. The nucleophile. And
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group here to a hydrogen. Recall in an sn2. The nucleophile. And the group here to a hydrogen. Recall in an sn2. The nucleophile. And the leaving group here to a hydrogen. Recall in an sn2. The nucleophile. And the leaving group change the methyl group here to a hydrogen. Recall in an sn2. The nucleophile. And group here to a hydrogen. Recall in an sn2. The nucleophile. And the group here to a hydrogen. Recall in an sn2. The nucleophile. And the leaving
11:37
group here to a hydrogen. Recall in an sn2. The nucleophile. And the leaving group group here to a hydrogen. Recall in an sn2. The nucleophile. And the leaving group operate group here to a hydrogen. Recall in an sn2. The nucleophile. And the leaving group operate at in an sn2. The nucleophile. And the leaving group operate at the same in an sn2. The nucleophile. And the leaving group operate at the same time in an sn2. The nucleophile. And the leaving group operate at the same time so
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in an sn2. The nucleophile. And the leaving group operate at the same time so our nucleophile. And the leaving group operate at the same time so our nucleophile nucleophile. And the leaving group operate at the same time so our nucleophile is nucleophile. And the leaving group operate at the same time so our nucleophile is going to group operate at the same time so our nucleophile is going to come group operate at the same time so our nucleophile is going to come in
11:56
group operate at the same time so our nucleophile is going to come in attack the same time so our nucleophile is going to come in attack backside the same time so our nucleophile is going to come in attack backside attack the same time so our nucleophile is going to come in attack backside attack leaving the same time so our nucleophile is going to come in attack backside attack leaving groups is going to come in attack backside attack leaving groups going to
12:05
is going to come in attack backside attack leaving groups going is going to come in attack backside attack leaving groups going to leave is going to come in attack backside attack leaving groups going to leave at is going to come in attack backside attack leaving groups going to leave at the is going to come in attack backside attack leaving groups going to leave at the same is going to come in attack backside attack leaving groups going to leave at the same time
12:15
backside attack leaving groups going to leave at the same time to backside attack leaving groups going to leave at the same time to generate backside attack leaving groups going to leave at the same time to generate this backside attack leaving groups going to leave at the same time to generate this product backside attack leaving groups going to leave at the same time to generate this product right going to leave at the same time to generate this product right here
12:24
going to leave at the same time to generate this product right here. So going to leave at the same time to generate this product right here. So that's going to leave at the same time to generate this product right here. So going to leave at the same time to generate this product right here. So that's going to going to leave at the same time to generate this product right here. So that's going to leave at the same time to generate this product right here. So that's going to
12:35
going to leave at the same time to generate this product right here. So that's going to be going to leave at the same time to generate this product right here. So that's going to be. A to generate this product right here. So that's going to be. A wed to generate this product right here. So that's going to be. A wedge to generate this product right here. So that's going to be. A wedge hyd going to leave at the same time to generate this product right here. So that's going to be. A
12:44
to generate this product right here. So that's going to be. A wedge to generate this product right here. So that's going to be. A wedge hydrogen to generate this product right here. So that's going to be. A wedge hydrogen and to generate this product right here. So that's going to be. A wedge hydrogen and a to generate this product right here. So that's going to be. A wedge hydrogen and a dashed to generate this product right here. So that's going to be. A wedge hydrogen and a dashed. I
12:54
to generate this product right here. So that's going to be. A wedge hydrogen and a dashed. IOD here. So that's going to be. A wedge hydrogen and a dashed. Iodine here. So that's going to be. A wedge hydrogen and a dashed. Iodine like here. So that's going to be. A wedge hydrogen and a dashed. Iodine like that here. So that's going to be. A wedge hydrogen and a dashed. Iodine like that. Cuz here. So that's going to be. A wedge hydrogen and a dashed. Iodine like that. Because
13:04
here. So that's going to be. A wedge hydrogen and a dashed. Iodine like that. Cuz here. So that's going to be. A wedge hydrogen and a dashed. Iodine like that. Because the wedge hydrogen and a dashed. Iodine like that. Because the back wedge hydrogen and a dashed. Iodine like that. Because the backside wedge hydrogen and a dashed. Iodine like that. Because the backside of hydrogen and a dashed. Iodine like that. Because the backside attack
13:13
here. So that's going to be. A wedge hydrogen and a dashed. Iodine like that. Because the wedge hydrogen and a dashed. Iodine like that. Because the backside hydrogen and a dashed. Iodine like that. Because the backside attack hydrogen and a dashed. Iodine like that. Because the backside attack now hydrogen and a dashed. Iodine like that. Because the backside attack now that's hydrogen and a dashed. Iodine like that. Because the backside attack now that's what
13:22
Iodine like that. Because the backside attack now that's what this Iodine like that. Because the backside attack now that's what this energy Iodine like that. Because the backside attack now that's what this energy diagram Iodine like that. Because the backside attack now that's what this energy diagram right Iodine like that. Because the backside attack now that's what this energy diagram right here backside attack now that's what this energy diagram right here is
13:32
backside attack now that's what this energy diagram right here is representing backside attack now that's what this energy diagram right here is representing a Because the backside attack now that's what this energy diagram right here is representing a sn2 that's what this energy diagram right here is representing a sn2 attack that's what this energy diagram right here is representing a sn2 attack. And that's what this energy diagram right here is representing a sn2 attack. And so
13:42
that's what this energy diagram right here is representing a sn2 attack. And so when that's what this energy diagram right here is representing a sn2 attack. And that's what this energy diagram right here is representing a sn2 attack. And so that's what this energy diagram right here is representing a sn2 attack. And so when we that's what this energy diagram right here is representing a sn2 attack. And so when
13:51
that's what this energy diagram right here is representing a sn2 attack. And so when we go that's what this energy diagram right here is representing a sn2 attack. And so when we go here's right here is representing a sn2 attack. And so when we go here's our right here is representing a sn2 attack. And so when we go here's our substrate right here is representing a sn2 attack. And so when we go here's our substrate and
14:00
right here is representing a sn2 attack. And so when we go here's our substrate and nucleophile attack. And so when we go here's our substrate and nucleophile. Here attack. And so when we go here's our substrate and nucleophile. Here's attack. And so when we go here's our substrate and nucleophile. Here's our attack. And so when we go here's our substrate and nucleophile. Here's attack. And so when we go here's our substrate and nucleophile. Here's our
14:10
attack. And so when we go here's our substrate and nucleophile. Here's our product attack. And so when we go here's our substrate and nucleophile. Here's our product. And attack. And so when we go here's our substrate and nucleophile. Here's our product. And attack. And so when we go here's our substrate and nucleophile. Here's our product. And the attack. And so when we go here's our substrate and nucleophile. Here's our product. And the
14:18
our substrate and nucleophile. Here's our product. And the leaving substrate and nucleophile. Here's our product. And the leaving group substrate and nucleophile. Here's our product. And the leaving group has substrate and nucleophile. Here's our product. And the leaving group has left substrate and nucleophile. Here's our product. And the leaving group has left which substrate and nucleophile. Here's our product. And the leaving group has left which we
14:28
Here's our product. And the leaving group has left which we can Here's our product. And the leaving group has left which we can draw Here's our product. And the leaving group has left which we can draw also Here's our product. And the leaving group has left which we can draw also leaving Here's our product. And the leaving group has left which we can draw also leaving group leaving group has left which we can draw also leaving group would
14:37
leaving group has left which we can draw also leaving group would be leaving group has left which we can draw also leaving group would be right leaving group has left which we can draw also leaving group would be right here leaving group has left which we can draw also leaving group would be right here. And leaving group has left which we can draw also leaving group would be right here. I'm which we can draw also leaving group would be right here. I'm cut
14:47
which we can draw also leaving group would be right here. I'm cutting which we can draw also leaving group would be right here. I'm cutting off leaving group has left which we can draw also leaving group would be right here. I'm which we can draw also leaving group would be right here. I'm cutting which we can draw also leaving group would be right here. I'm cutting off which we can draw also leaving group would be right here. I'm cutting off some
14:57
which we can draw also leaving group would be right here. I'm cutting off some of which we can draw also leaving group would be right here. I'm cutting off some of that group would be right here. I'm cutting off some of that aren't I group would be right here. I'm cutting off some of that aren't I. Let's group would be right here. I'm cutting off some of that aren't I. Let's see group would be right here. I'm cutting off some of that aren't I. Let's
15:07
group would be right here. I'm cutting off some of that aren't I. Let's see group would be right here. I'm cutting off some of that aren't I. Let's see. Looking group would be right here. I'm cutting off some of that aren't I. Let's see. Looking at group would be right here. I'm cutting off some of that aren't I. Let's see. Looking at the cutting off some of that aren't I. Let's see. Looking at the screen group would be right here. I'm cutting off some of that aren't I. Let's see. Looking at
15:17
group would be right here. I'm cutting off some of that aren't I. Let's see. Looking group would be right here. I'm cutting off some of that aren't I. Let's see. Looking at the cutting off some of that aren't I. Let's see. Looking at the screen cutting off some of that aren't I. Let's see. Looking at the screen so cutting off some of that aren't I. Let's see. Looking at the screen so just cutting off some of that aren't I. Let's see. Looking at the screen so just make sure
15:28
cutting off some of that aren't I. Let's see. Looking at the screen so just make sure we're aren't I. Let's see. Looking at the screen so just make sure we're all aren't I. Let's see. Looking at the screen so just make sure we're all on the same aren't I. Let's see. Looking at the screen so just make sure we're all on the same page aren't I. Let's see. Looking at the screen so just make sure we're all on the same page this the screen so just make sure we're all on the same page this Adam
15:38
the screen so just make sure we're all on the same page this Adam that Let's see. Looking at the screen so just make sure we're all on the same page this Adam that I'm so just make sure we're all on the same page this Adam that I'm pointing make sure we're all on the same page this Adam that I'm pointing to make sure we're all on the same page this Adam that I'm pointing to right make sure we're all on the same page this Adam that I'm pointing to right there
15:48
make sure we're all on the same page this Adam that I'm pointing to right there that's make sure we're all on the same page this Adam that I'm pointing to right there that's a make sure we're all on the same page this Adam that I'm pointing to right there that's a chlorine page this Adam that I'm pointing to right there that's a chlorine. And page this Adam that I'm pointing to right there that's a chlorine. And this one page this Adam that I'm pointing to right there that's a chlorine. And this
15:58
page this Adam that I'm pointing to right there that's a chlorine. And page this Adam that I'm pointing to right there that's a chlorine. And this page this Adam that I'm pointing to right there that's a chlorine. And this one page this Adam that I'm pointing to right there that's a chlorine. And this one right to right there that's a chlorine. And this one right here to right there that's a chlorine. And this one right here is to right there that's a chlorine. And this one right here is a
16:09
to right there that's a chlorine. And this one right here is a hydrogen to right there that's a chlorine. And this one right here is a hydrogen. It's to right there that's a chlorine. And this one right here is a hydrogen. It's cut to right there that's a chlorine. And this one right here is a hydrogen. It's cut off chlorine. And this one right here is a hydrogen. It's cut off on chlorine. And this one right here is a hydrogen. It's cut off on the
16:19
to right there that's a chlorine. And this one right here is a hydrogen. It's to right there that's a chlorine. And this one right here is a hydrogen. It's cut to right there that's a chlorine. And this one right here is a hydrogen. It's cut off chlorine. And this one right here is a hydrogen. It's cut off on chlorine. And this one right here is a hydrogen. It's cut off on the chlorine. And this one right here is a hydrogen. It's cut off on the screen
16:28
chlorine. And this one right here is a hydrogen. It's cut off on the screen my chlorine. And this one right here is a hydrogen. It's cut off on the screen my apologies chlorine. And this one right here is a hydrogen. It's cut off on the screen my apologies. So here is a hydrogen. It's cut off on the screen my apologies. So at here is a hydrogen. It's cut off on the screen my apologies. So at the here is a hydrogen. It's cut off on the screen my apologies. So at the what
16:38
hydrogen. It's cut off on the screen my apologies. So at the what does hydrogen. It's cut off on the screen my apologies. So at the what does the hydrogen. It's cut off on the screen my apologies. So at the what does the transition hydrogen. It's cut off on the screen my apologies. So at the what does the transition state screen my apologies. So at the what does the transition state look screen my apologies. So at the what does the transition state look like
16:48
screen my apologies. So at the what does the transition state look like for apologies. So at the what does the transition state look like for an apologies. So at the what does the transition state look like for an sn2 apologies. So at the what does the transition state look like for an sn2 mechanism apologies. So at the what does the transition state look like for an sn2 mechanism. The apologies. So at the what does the transition state look like for an sn2 mechanism. The way
16:57
the transition state look like for an sn2 mechanism. The way it looks apologies. So at the what does the transition state look like for an sn2 mechanism. The way it apologies. So at the what does the transition state look like for an sn2 mechanism. The apologies. So at the what does the transition state look like for an sn2 mechanism. The way apologies. So at the what does the transition state look like for an sn2 mechanism. The way it
17:06
the transition state look like for an sn2 mechanism. The way it looks the transition state look like for an sn2 mechanism. The way it looks is transition state look like for an sn2 mechanism. The way it looks is like transition state look like for an sn2 mechanism. The way it looks is like this transition state look like for an sn2 mechanism. The way it looks is like this. So transition state look like for an sn2 mechanism. The way it looks is like this. So I
17:15
transition state look like for an sn2 mechanism. The way it looks is like this. So I want transition state look like for an sn2 mechanism. The way it looks is like this. So transition state look like for an sn2 mechanism. The way it looks is like this. So I transition state look like for an sn2 mechanism. The way it looks is like this. So I want transition state look like for an sn2 mechanism. The way it looks is like this. So I want to
17:24
an sn2 mechanism. The way it looks is like this. So I want to. Red an sn2 mechanism. The way it looks is like this. So I want to. Redr an sn2 mechanism. The way it looks is like this. So I want to. Redraw this an sn2 mechanism. The way it looks is like this. So I want to. Redraw an sn2 mechanism. The way it looks is like this. So I want to. Redraw an sn2 mechanism. The way it looks is like this. So I want to. Redraw this
17:32
an sn2 mechanism. The way it looks is like this. So I want to. Redraw this in an sn2 mechanism. The way it looks is like this. So I want to. Redraw this in a an sn2 mechanism. The way it looks is like this. So I want to. Redraw this in a different looks is like this. So I want to. Redraw this in a different way looks is like this. So I want to. Redraw this in a different way. To looks is like this. So I want to. Redraw this in a different way. To make
17:42
looks is like this. So I want to. Redraw this in a different way. To make it looks is like this. So I want to. Redraw this in a different way. To make it make So I want to. Redraw this in a different way. To make it make more So I want to. Redraw this in a different way. To make it make more sense So I want to. Redraw this in a different way. To make it make more sense. So So I want to. Redraw this in a different way. To make it make more sense. So what
17:51
So I want to. Redraw this in a different way. To make it make more sense. So what I'm So I want to. Redraw this in a different way. To make it make more sense. So So I want to. Redraw this in a different way. To make it make more sense. So what I'm going to So I want to. Redraw this in a different way. To make it make more sense. So what So I want to. Redraw this in a different way. To make it make more sense. So what I'm
18:00
So I want to. Redraw this in a different way. To make it make more sense. So what I'm going to different way. To make it make more sense. So what I'm going to do different way. To make it make more sense. So what I'm going to do is different way. To make it make more sense. So what I'm going to do is take To make it make more sense. So what I'm going to do is take this To make it make more sense. So what I'm going to do is take this molecule
18:09
To make it make more sense. So what I'm going to do is take this molecule right To make it make more sense. So what I'm going to do is take this molecule right here To make it make more sense. So what I'm going to do is take this molecule right here you see To make it make more sense. So what I'm going to do is take this molecule right here you what I'm going to do is take this molecule right here you see how what I'm going to do is take this molecule right here you see how it's
18:19
what I'm going to do is take this molecule right here you see how it's in what I'm going to do is take this molecule right here you see how it's in the what I'm going to do is take this molecule right here you see how it's in the plane what I'm going to do is take this molecule right here you see how it's in the plane. I'm So what I'm going to do is take this molecule right here you see how it's in the plane. I'm just this molecule right here you see how it's in the plane. I'm just going
18:29
this molecule right here you see how it's in the plane. I'm just going to So what I'm going to do is take this molecule right here you see how it's in the plane. I'm just what I'm going to do is take this molecule right here you see how it's in the plane. I'm this molecule right here you see how it's in the plane. I'm just going this molecule right here you see how it's in the plane. I'm just going to this molecule right here you see how it's in the plane. I'm just going to take
18:40
this molecule right here you see how it's in the plane. I'm just going to take it this molecule right here you see how it's in the plane. I'm just going to take it and this molecule right here you see how it's in the plane. I'm just going to take it and I'm this molecule right here you see how it's in the plane. I'm just going to take it and I'm going how it's in the plane. I'm just going to take it and I'm going to how it's in the plane. I'm just going to take it and I'm going to rotate
18:50
how it's in the plane. I'm just going to take it and I'm going to rotate at how it's in the plane. I'm just going to take it and I'm going to rotate at 90° how it's in the plane. I'm just going to take it and I'm going to rotate at 90°. . so how it's in the plane. I'm just going to take it and I'm going to rotate at 90°. . so what how it's in the plane. I'm just going to take it and I'm going to rotate at 90°. , so what going to take it and I'm going to rotate at 90°. . so what that's
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going to take it and I'm going to rotate at 90°. . so what that's going to do going to take it and I'm going to rotate at 90°. . so what that's going to how it's in the plane. I'm just going to take it and I'm going to rotate at 90°. . so what going to take it and I'm going to rotate at 90°. . so what that's going to take it and I'm going to rotate at 90°. . so what that's going to going to take it and I'm going to rotate at 90°. . so what that's going to do
19:12
going to take it and I'm going to rotate at 90°. . so what that's going to do for going to take it and I'm going to rotate at 90°. . so what that's going to do for me I'm going to rotate at 90°. . so what that's going to do for me is I'm going to rotate at 90°. . so what that's going to do for me is I'm I'm going to rotate at 90°. . so what that's going to do for me is I'm going to I'm going to rotate at 90°. . so what that's going to do for me is I'm going to look
19:22
I'm going to rotate at 90°. . so what that's going to do for me is I'm going to look at I'm going to rotate at 90°. . so what that's going to do for me is I'm going to look at it what that's going to do for me is I'm going to look at it. Is I'm going to look at it what that's going to do for me is I'm going to look at it. Is I'm going to look at it from me is I'm going to look at it. Is I'm going to look at it from this
19:31
me is I'm going to look at it. Is I'm going to look at it from this perspective me is I'm going to look at it. Is I'm going to look at it from this perspective. I'm me is I'm going to look at it. Is I'm going to look at it from this perspective. I'm going to Is I'm going to look at it from this perspective. I'm going to have me is I'm going to look at it. Is I'm going to look at it from this perspective. I'm going to
19:40
me is I'm going to look at it. Is I'm going to look at it from this perspective. I'm Is I'm going to look at it from this perspective. I'm going to have Is I'm going to look at it from this perspective. I'm going to have let's Is I'm going to look at it from this perspective. I'm going to have let's say Is I'm going to look at it from this perspective. I'm going to have let's say the Is I'm going to look at it from this perspective. I'm going to have let's say the fennel
19:50
Is I'm going to look at it from this perspective. I'm going to have let's say the fennel group this perspective. I'm going to have let's say the fennel group pointing this perspective. I'm going to have let's say the fennel group pointing out this perspective. I'm going to have let's say the fennel group pointing out at this perspective. I'm going to have let's say the fennel group pointing out at me this perspective. I'm going to have let's say the fennel group pointing out at me and
20:01
this perspective. I'm going to have let's say the fennel group pointing out at me and then this perspective. I'm going to have let's say the fennel group pointing out at me and then this have let's say the fennel group pointing out at me and then this ethyl group have let's say the fennel group pointing out at me and then this ethyl group this fennel group pointing out at me and then this ethyl group this carbon fennel group pointing out at me and then this ethyl group this carbon in
20:10
fennel group pointing out at me and then this ethyl group this carbon in that fennel group pointing out at me and then this ethyl group this carbon in that carbon fennel group pointing out at me and then this ethyl group this carbon in that carbon those fennel group pointing out at me and then this ethyl group this carbon in that carbon those two and then this ethyl group this carbon in that carbon those two I'm and then this ethyl group this carbon in that carbon those two I'm just
20:20
and then this ethyl group this carbon in that carbon those two I'm just going and then this ethyl group this carbon in that carbon those two I'm just going to and then this ethyl group this carbon in that carbon those two I'm just going to represent and then this ethyl group this carbon in that carbon those two I'm just going to represent it carbon in that carbon those two I'm just going to represent it with carbon in that carbon those two I'm just going to represent it with a
20:30
carbon in that carbon those two I'm just going to represent it with a ET carbon in that carbon those two I'm just going to represent it with a ET as carbon in that carbon those two I'm just going to represent it with a ET as my carbon in that carbon those two I'm just going to represent it with a ET as my ethyl carbon in that carbon those two I'm just going to represent it with a ET as my ethyl. And carbon in that carbon those two I'm just going to represent it with a ET as my ethyl. And then
20:40
I'm just going to represent it with a ET as my ethyl. And then the carbon in that carbon those two I'm just going to represent it with a ET as my ethyl. And carbon in that carbon those two I'm just going to represent it with a ET as my ethyl. And then I'm just going to represent it with a ET as my ethyl. And then the I'm just going to represent it with a ET as my ethyl. And then the hydrogen I'm just going to represent it with a ET as my ethyl. And then the hydrogen. So
20:50
I'm just going to represent it with a ET as my ethyl. And then the hydrogen. Is I'm just going to represent it with a ET as my ethyl. And then the hydrogen. So it's I'm just going to represent it with a ET as my ethyl. And then the hydrogen. Is going to be I'm just going to represent it with a ET as my ethyl. And then the hydrogen. Is going to with a ET as my ethyl. And then the hydrogen. Is going to be right here with a ET as my ethyl. And then the hydrogen. Is going to be right
21:00
I'm just going to represent it with a ET as my ethyl. And then the hydrogen. Is going to I'm just going to represent it with a ET as my ethyl. And then the hydrogen. Is going to be with a ET as my ethyl. And then the hydrogen. Is going to be right with a ET as my ethyl. And then the hydrogen. Is going to be right here with a ET as my ethyl. And then the hydrogen. Is going to be right here like with a ET as my ethyl. And then the hydrogen. Is going to be right here like so
21:10
with a ET as my ethyl. And then the hydrogen. Is going to be right here like so. And with a ET as my ethyl. And then the hydrogen. Is going to be right here like so. And so with a ET as my ethyl. And then the hydrogen. Is going to be right here like so. And with a ET as my ethyl. And then the hydrogen. Is going to be right here like so. And so with a ET as my ethyl. And then the hydrogen. Is going to be right here like so. And so the
21:18
the hydrogen. Is going to be right here like so. And so the chlorine the hydrogen. Is going to be right here like so. And so the chlorine is the hydrogen. Is going to be right here like so. And so the chlorine is going to the hydrogen. Is going to be right here like so. And so the chlorine is going the hydrogen. Is going to be right here like so. And so the chlorine is going to be to be right here like so. And so the chlorine is going to be attached
21:27
to be right here like so. And so the chlorine is going to be attached here to be right here like so. And so the chlorine is going to be attached here and to be right here like so. And so the chlorine is going to be attached here and then to be right here like so. And so the chlorine is going to be attached here and then my so. And so the chlorine is going to be attached here and then my nucleophile so. And so the chlorine is going to be attached here and then my nucleophile is
21:37
so. And so the chlorine is going to be attached here and then my nucleophile is going to so. And so the chlorine is going to be attached here and then my nucleophile is going to come so. And so the chlorine is going to be attached here and then my nucleophile is going to come in be attached here and then my nucleophile is going to come in from be attached here and then my nucleophile is going to come in from the be attached here and then my nucleophile is going to come in from the backside
21:47
be attached here and then my nucleophile is going to come in from the backside attack be attached here and then my nucleophile is going to come in from the backside attack. And be attached here and then my nucleophile is going to come in from the backside attack. And so be attached here and then my nucleophile is going to come in from the backside attack. And be attached here and then my nucleophile is going to come in from the backside attack. And so
21:56
nucleophile is going to come in from the backside attack. And so. At nucleophile is going to come in from the backside attack. And so. At the nucleophile is going to come in from the backside attack. And so. At the trans nucleophile is going to come in from the backside attack. And so. At the transition nucleophile is going to come in from the backside attack. And so. At nucleophile is going to come in from the backside attack. And so. At the
22:05
nucleophile is going to come in from the backside attack. And so. At the transition nucleophile is going to come in from the backside attack. And so. At the transition state nucleophile is going to come in from the backside attack. And so. At the transition state. So from the backside attack. And so. At the transition state. So what from the backside attack. And so. At the transition state. So what I'm trying from the backside attack. And so. At the transition state. So what I'm
22:15
nucleophile is going to come in from the backside attack. And so. At the transition state. So from the backside attack. And so. At the transition state. So what I'm trying to from the backside attack. And so. At the transition state. So what I'm from the backside attack. And so. At the transition state. So what from the backside attack. And so. At the transition state. So what I'm trying to from the backside attack. And so. At the transition state. So what I'm trying
22:25
from the backside attack. And so. At the transition state. So what I'm trying to draw from the backside attack. And so. At the transition state. So what I'm trying to draw right so. At the transition state. So what I'm trying to draw right here so. At the transition state. So what I'm trying to draw right here is so. At the transition state. So what I'm trying to draw right here is at so. At the transition state. So what I'm trying to draw right here is at the
22:35
so. At the transition state. So what I'm trying to draw right here is at the transition And so. At the transition state. So what I'm trying to draw right here is at the transition state So what I'm trying to draw right here is at the transition state what At the transition state. So what I'm trying to draw right here is at the transition state what do I'm trying to draw right here is at the transition state what do we have I'm trying to draw right here is at the transition state what do we
22:45
I'm trying to draw right here is at the transition state what do we have happening I'm trying to draw right here is at the transition state what do we have happening we here is at the transition state what do we have happening we have here is at the transition state what do we have happening we have the here is at the transition state what do we have happening we have the leaving here is at the transition state what do we have happening we have the leaving group
22:54
here is at the transition state what do we have happening we have the leaving group. Which here is at the transition state what do we have happening we have the leaving group. Which is what do we have happening we have the leaving group. Which is the here is at the transition state what do we have happening we have the leaving group. Which here is at the transition state what do we have happening we have the leaving group. Which is
23:03
what do we have happening we have the leaving group. Which is the what do we have happening we have the leaving group. Which is the chlorine what do we have happening we have the leaving group. Which is the chlorine that what do we have happening we have the leaving group. Which is the chlorine that bond what do we have happening we have the leaving group. Which is the chlorine that bond is have the leaving group. Which is the chlorine that bond is starting
23:12
have the leaving group. Which is the chlorine that bond is starting to have the leaving group. Which is the chlorine that bond is starting to break have the leaving group. Which is the chlorine that bond is starting to break at have the leaving group. Which is the chlorine that bond is starting to break at the have the leaving group. Which is the chlorine that bond is starting to break at the same the chlorine that bond is starting to break at the same time
23:21
the chlorine that bond is starting to break at the same time. Our the chlorine that bond is starting to break at the same time. Our nuc the chlorine that bond is starting to break at the same time. Our nucle the chlorine that bond is starting to break at the same time. Our nucleoph the chlorine that bond is starting to break at the same time. Our nucleophile the chlorine that bond is starting to break at the same time. Our
23:30
the chlorine that bond is starting to break at the same time. Our nucleophile the chlorine that bond is starting to break at the same time. Our nucleophile which the chlorine that bond is starting to break at the same time. Our nucleophile which is is starting to break at the same time. Our nucleophile which is the is starting to break at the same time. Our nucleophile which is the iodine is starting to break at the same time. Our nucleophile which is the iodine is
23:40
is starting to break at the same time. Our nucleophile which is the iodine is forming is starting to break at the same time. Our nucleophile which is the iodine is forming that time. Our nucleophile which is the iodine is forming that iodine time. Our nucleophile which is the iodine is forming that iodine carbon time. Our nucleophile which is the iodine is forming that iodine carbon Bond time. Our nucleophile which is the iodine is forming that iodine carbon Bond. So
23:49
time. Our nucleophile which is the iodine is forming that iodine carbon Bond. So after time. Our nucleophile which is the iodine is forming that iodine carbon Bond. So after at the iodine is forming that iodine carbon Bond. So after at the iodine is forming that iodine carbon Bond. So after at the transition iodine is forming that iodine carbon Bond. So after at the transition state iodine is forming that iodine carbon Bond. So after at the transition state how
23:59
iodine is forming that iodine carbon Bond. So after at the transition state how many carbon Bond. So after at the transition state how many molecules carbon Bond. So after at the transition state how many molecules are carbon Bond. So after at the transition state how many molecules are involved carbon Bond. So after at the transition state how many molecules are involved. Two carbon Bond. So after at the transition state how many molecules are involved. Two this
24:08
transition state how many molecules are involved. Two this one carbon Bond. So after at the transition state how many molecules are involved. Two transition state how many molecules are involved. Two this one transition state how many molecules are involved. Two this one. And transition state how many molecules are involved. Two this one. And that one transition state how many molecules are involved. Two this one. And that transition state how many molecules are involved. Two this one. And
24:18
transition state how many molecules are involved. Two this one. And that one how many molecules are involved. Two this one. And that one. That's how many molecules are involved. Two this one. And that one. That's what how many molecules are involved. Two this one. And that one. That's what it how many molecules are involved. Two this one. And that one. That's how many molecules are involved. Two this one. And that one. That's what
24:28
how many molecules are involved. Two this one. And that one. That's what it how many molecules are involved. Two this one. And that one. That's what it means how many molecules are involved. Two this one. And that one. That's what it means. When Two this one. And that one. That's what it means. When you're Two this one. And that one. That's what it means. When you're looking how many molecules are involved. Two this one. And that one. That's what it means. When
24:37
Two this one. And that one. That's what it means. When you're Two this one. And that one. That's what it means. When you're looking Two this one. And that one. That's what it means. When you're looking at Two this one. And that one. That's what it means. When you're looking at unimolecular That's what it means. When you're looking at unimolecular versus That's what it means. When you're looking at unimolecular versus bimolecular
24:47
means. When you're looking at unimolecular versus bimolecular. That's means. When you're looking at unimolecular versus bimolecular. That's what means. When you're looking at unimolecular versus bimolecular. That's what the means. When you're looking at unimolecular versus bimolecular. That's means. When you're looking at unimolecular versus bimolecular. That's what means. When you're looking at unimolecular versus bimolecular. That's what the
24:56
you're looking at unimolecular versus bimolecular. That's what the two you're looking at unimolecular versus bimolecular. That's what the two is you're looking at unimolecular versus bimolecular. That's what the two is representing you're looking at unimolecular versus bimolecular. That's what the two is representing. It unimolecular versus bimolecular. That's what the two is representing. It does you're looking at unimolecular versus bimolecular. That's what the two is representing. It
25:07
unimolecular versus bimolecular. That's what the two is representing. It does not unimolecular versus bimolecular. That's what the two is representing. It does not unimolecular versus bimolecular. That's what the two is representing. It does unimolecular versus bimolecular. That's what the two is representing. It does not these That's what the two is representing. It does not these numbers That's what the two is representing. It does not these numbers do
25:16
That's what the two is representing. It does not these numbers do not That's what the two is representing. It does not these numbers do not represent That's what the two is representing. It does not these numbers do not represent how representing. It does not these numbers do not represent how many representing. It does not these numbers do not represent how many steps representing. It does not these numbers do not represent how many steps there
25:26
representing. It does not these numbers do not represent how many steps there are representing. It does not these numbers do not represent how many steps there are in representing. It does not these numbers do not represent how many steps there are in the numbers do not represent how many steps there are in the reaction numbers do not represent how many steps there are in the reaction mechanism represent how many steps there are in the reaction mechanism. It's
25:35
represent how many steps there are in the reaction mechanism. It's looking represent how many steps there are in the reaction mechanism. It's looking at represent how many steps there are in the reaction mechanism. It's represent how many steps there are in the reaction mechanism. It's looking represent how many steps there are in the reaction mechanism. It's looking at represent how many steps there are in the reaction mechanism. It's looking at the
25:45
represent how many steps there are in the reaction mechanism. It's looking at the rate are in the reaction mechanism. It's looking at the rate determining are in the reaction mechanism. It's looking at the rate determining step are in the reaction mechanism. It's looking at the rate determining step. And are in the reaction mechanism. It's looking at the rate determining step. And looking are in the reaction mechanism. It's looking at the rate determining step. And
25:55
are in the reaction mechanism. It's looking at the rate determining step. And looking are in the reaction mechanism. It's looking at the rate determining step. And looking at It's looking at the rate determining step. And looking at the It's looking at the rate determining step. And looking at the transition It's looking at the rate determining step. And looking at the transition state It's looking at the rate determining step. And looking at the transition state how
26:04
It's looking at the rate determining step. And looking at the transition state how many determining step. And looking at the transition state how many molecules determining step. And looking at the transition state how many molecules are determining step. And looking at the transition state how many molecules are involved determining step. And looking at the transition state how many molecules are involved. There's the transition state how many molecules are involved. There's two
26:14
the transition state how many molecules are involved. There's two mole the transition state how many molecules are involved. There's two molec determining step. And looking at the transition state how many molecules are involved. There's the transition state how many molecules are involved. There's two the transition state how many molecules are involved. There's two molecules state how many molecules are involved. There's two molecules involved
26:24
state how many molecules are involved. There's two molecules involved here state how many molecules are involved. There's two molecules involved here only state how many molecules are involved. There's two molecules involved here only one state how many molecules are involved. There's two molecules involved here only one molecule involved. There's two molecules involved here only one molecule involved there involved. There's two molecules involved here only one molecule involved there. That's
26:34
involved. There's two molecules involved here only one molecule involved there. That's what involved. There's two molecules involved here only one molecule involved there. That's involved. There's two molecules involved here only one molecule involved there. That's what involved. There's two molecules involved here only one molecule involved there. That's what that involved here only one molecule involved there. That's what that number
26:43
here only one molecule involved there. That's what that number is here only one molecule involved there. That's what that number is representing here only one molecule involved there. That's what that number is representing. So here only one molecule involved there. That's what that number is representing. So when here only one molecule involved there. That's what that number is representing. So when we here only one molecule involved there. That's what that number is representing. So
26:53
here only one molecule involved there. That's what that number is representing. So when here only one molecule involved there. That's what that number is representing. So when we here only one molecule involved there. That's what that number is representing. So when we take there. That's what that number is representing. So when we take a there. That's what that number is representing. So when we take a look there. That's what that number is representing. So when we take a look at
27:03
there. That's what that number is representing. So when we take a look at a there. That's what that number is representing. So when we take a look at a e there. That's what that number is representing. So when we take a look at a e one there. That's what that number is representing. So when we take a look at a e one mechanism is representing. So when we take a look at a e one mechanism. When is representing. So when we take a look at a e one mechanism. When we
27:12
representing. So when we take a look at a e one mechanism. When we look representing. So when we take a look at a e one mechanism. When we look at is representing. So when we take a look at a e one mechanism. When is representing. So when we take a look at a e one mechanism. When we representing. So when we take a look at a e one mechanism. When we look representing. So when we take a look at a e one mechanism. When we look at
27:21
representing. So when we take a look at a e one mechanism. When we look at the representing. So when we take a look at a e one mechanism. When we look at the. Trans representing. So when we take a look at a e one mechanism. When we look at the. Transition representing. So when we take a look at a e one mechanism. When we look at the. Transition state look at a e one mechanism. When we look at the. Transition state for look at a e one mechanism. When we look at the. Transition state for an
27:31
look at a e one mechanism. When we look at the. Transition state for an E1 look at a e one mechanism. When we look at the. Transition state for an E1 we one mechanism. When we look at the. Transition state for an E1 we need one mechanism. When we look at the. Transition state for an E1 we need to one mechanism. When we look at the. Transition state for an E1 we need to find one mechanism. When we look at the. Transition state for an E1 we need to find the
27:41
one mechanism. When we look at the. Transition state for an E1 we need to find the rate the. Transition state for an E1 we need to find the rate determining the. Transition state for an E1 we need to find the rate determining step. And the. Transition state for an E1 we need to find the rate determining step state for an E1 we need to find the rate determining step. And. When state for an E1 we need to find the rate determining step. And. When we
27:50
state for an E1 we need to find the rate determining step. And. When we find state for an E1 we need to find the rate determining step. And. When we find that state for an E1 we need to find the rate determining step. And. When state for an E1 we need to find the rate determining step. And. When we find state for an E1 we need to find the rate determining step. And. When we state for an E1 we need to find the rate determining step. And. When we find that
27:59
need to find the rate determining step. And. When we find that rate need to find the rate determining step. And. When we find that rate determining need to find the rate determining step. And. When we find that rate determining stuff determining step. And. When we find that rate determining stuff we determining step. And. When we find that rate determining stuff we will determining step. And. When we find that rate determining stuff we will know
28:08
determining step. And. When we find that rate determining stuff we will know based determining step. And. When we find that rate determining stuff we will know based off determining step. And. When we find that rate determining stuff we will know based off of determining step. And. When we find that rate determining stuff we will know based off of this find that rate determining stuff we will know based off of this number
28:17
find that rate determining stuff we will know based off of this number here determining stuff we will know based off of this number here there's determining stuff we will know based off of this number here there's only determining stuff we will know based off of this number here there's only going to determining stuff we will know based off of this number here there's only going to be determining stuff we will know based off of this number here there's only going to be one
28:26
based off of this number here there's only going to be one molecule based off of this number here there's only going to be one molecule involved based off of this number here there's only going to be one molecule involved in based off of this number here there's only going to be one molecule involved in that there's only going to be one molecule involved in that transition there's only going to be one molecule involved in that transition state
28:36
there's only going to be one molecule involved in that transition state. So there's only going to be one molecule involved in that transition state. So a molecule involved in that transition state. So a generalized molecule involved in that transition state. So a generalized view molecule involved in that transition state. So a generalized view of molecule involved in that transition state. So a generalized view of a transition state. So a generalized view of a elimination
28:46
transition state. So a generalized view of a elimination reaction transition state. So a generalized view of a elimination reaction is generalized view of a elimination reaction is something generalized view of a elimination reaction is something that generalized view of a elimination reaction is something that looks generalized view of a elimination reaction is something that looks like generalized view of a elimination reaction is something that looks like this
28:55
elimination reaction is something that looks like this. We elimination reaction is something that looks like this. We have elimination reaction is something that looks like this. We have a elimination reaction is something that looks like this. We have a leaving elimination reaction is something that looks like this. We elimination reaction is something that looks like this. We have elimination reaction is something that looks like this. We have a
29:05
elimination reaction is something that looks like this. We have a leaving elimination reaction is something that looks like this. We have a leaving group elimination reaction is something that looks like this. We have a leaving group right something that looks like this. We have a leaving group right there something that looks like this. We have a leaving group right there. And something that looks like this. We have a leaving group right there. And I'm
29:15
something that looks like this. We have a leaving group right there. And I'm going something that looks like this. We have a leaving group right there. And something that looks like this. We have a leaving group right there. And I'm something that looks like this. We have a leaving group right there. And I'm going something that looks like this. We have a leaving group right there. And I'm going to something that looks like this. We have a leaving group right there. And I'm going to no we
29:25
We have a leaving group right there. And I'm going to no we need We have a leaving group right there. And I'm going to no we need more We have a leaving group right there. And I'm going to no we need more carbons We have a leaving group right there. And I'm going to no we need more carbons for We have a leaving group right there. And I'm going to no we need more carbons for this We have a leaving group right there. And I'm going to no we need more carbons for this one
29:35
there. And I'm going to no we need more carbons for this one. Yeah there. And I'm going to no we need more carbons for this one. Yeah that's not there. And I'm going to no we need more carbons for this one. Yeah that's there. And I'm going to no we need more carbons for this one. Yeah that's not enough there. And I'm going to no we need more carbons for this one. Yeah there. And I'm going to no we need more carbons for this one. Yeah that's
29:44
there. And I'm going to no we need more carbons for this one. Yeah that's not there. And I'm going to no we need more carbons for this one. Yeah that's not enough there. And I'm going to no we need more carbons for this one. Yeah that's not enough carbons need more carbons for this one. Yeah that's not enough carbons. Electric need more carbons for this one. Yeah that's not enough carbons. Here need more carbons for this one. Yeah that's not enough carbons. Here. So
29:54
carbons for this one. Yeah that's not enough carbons. Here. So generally carbons for this one. Yeah that's not enough carbons. Here. So generally speaking carbons for this one. Yeah that's not enough carbons. Here. So generally speaking we're that's not enough carbons. Here. So generally speaking we're going to that's not enough carbons. Here. So generally speaking we're going to have that's not enough carbons. Here. So generally speaking we're going to have something
30:04
that's not enough carbons. Here. So generally speaking we're going to have something that Here. So generally speaking we're going to have something that looks Here. So generally speaking we're going to have something that looks like Here. So generally speaking we're going to have something that looks like this Here. So generally speaking we're going to have something that looks like this. Leaving we're going to have something that looks like this. Leaving group
30:14
Here. So generally speaking we're going to have something that looks like this. Leaving we're going to have something that looks like this. Leaving group we're going to have something that looks like this. Leaving group like going to have something that looks like this. Leaving group like that going to have something that looks like this. Leaving group like that and going to have something that looks like this. Leaving group like that and these
30:23
going to have something that looks like this. Leaving group like that and these bonds going to have something that looks like this. Leaving group like that and these bonds right looks like this. Leaving group like that and these bonds right here looks like this. Leaving group like that and these bonds right here that looks like this. Leaving group like that and these bonds right here that I'm drawing looks like this. Leaving group like that and these bonds right here that I'm drawing on
30:33
looks like this. Leaving group like that and these bonds right here that I'm drawing on top like that and these bonds right here that I'm drawing on top they're like that and these bonds right here that I'm drawing on top they're just like that and these bonds right here that I'm drawing on top they're just carbons these bonds right here that I'm drawing on top they're just carbons. And these bonds right here that I'm drawing on top they're just carbons. And then
30:43
these bonds right here that I'm drawing on top they're just carbons. And then those these bonds right here that I'm drawing on top they're just carbons. And then those are these bonds right here that I'm drawing on top they're just carbons. And these bonds right here that I'm drawing on top they're just carbons. And then these bonds right here that I'm drawing on top they're just carbons. And then those these bonds right here that I'm drawing on top they're just carbons. And then those are
30:53
drawing on top they're just carbons. And then those are carbons drawing on top they're just carbons. And then those are carbons right drawing on top they're just carbons. And then those are carbons right there drawing on top they're just carbons. And then those are carbons right there. And drawing on top they're just carbons. And then those are carbons right there. And if drawing on top they're just carbons. And then those are carbons right there. And if we
31:03
carbons. And then those are carbons right there. And if we treat carbons. And then those are carbons right there. And if we treat that carbons. And then those are carbons right there. And if we treat that with carbons. And then those are carbons right there. And if we treat that with a carbons. And then those are carbons right there. And if we treat that with a base carbons. And then those are carbons right there. And if we treat that with a base now
31:12
carbons right there. And if we treat that with a base now represented carbons right there. And if we treat that with a base now represented by carbons right there. And if we treat that with a base now represented by. A And then those are carbons right there. And if we treat that with a base now represented by. A neg there. And if we treat that with a base now represented by. A negative there. And if we treat that with a base now represented by. A negatively
31:22
carbons right there. And if we treat that with a base now represented by. A there. And if we treat that with a base now represented by. A negatively there. And if we treat that with a base now represented by. A negatively charged there. And if we treat that with a base now represented by. A negatively charged letter there. And if we treat that with a base now represented by. A negatively charged letter b there. And if we treat that with a base now represented by. A negatively charged letter B
31:31
a base now represented by. A negatively charged letter B representing now represented by. A negatively charged letter B representing bases now represented by. A negatively charged letter B representing bases. When now represented by. A negatively charged letter B representing bases. When we now represented by. A negatively charged letter B representing bases. When we take now represented by. A negatively charged letter B representing bases. When
31:41
now represented by. A negatively charged letter B representing bases. When we now represented by. A negatively charged letter B representing bases. When we take now represented by. A negatively charged letter B representing bases. When we take a now represented by. A negatively charged letter B representing bases. When we take a leaving charged letter B representing bases. When we take a leaving group charged letter B representing bases. When we take a leaving group or
31:50
charged letter B representing bases. When we take a leaving group or a charged letter B representing bases. When we take a leaving group or a molecule representing bases. When we take a leaving group or a molecule with representing bases. When we take a leaving group or a molecule with a representing bases. When we take a leaving group or a molecule with a leaving representing bases. When we take a leaving group or a molecule with a leaving group
32:00
representing bases. When we take a leaving group or a molecule with a leaving group. That's representing bases. When we take a leaving group or a molecule with a leaving group. That's ATT a leaving group or a molecule with a leaving group. That's attach representing bases. When we take a leaving group or a molecule with a leaving group. That's a leaving group or a molecule with a leaving group. That's attached a leaving group or a molecule with a leaving group. That's attached
32:09
a leaving group or a molecule with a leaving group. That's attached to a leaving group or a molecule with a leaving group. That's attached to this a leaving group or a molecule with a leaving group. That's attached to this carbon a molecule with a leaving group. That's attached to this carbon right a molecule with a leaving group. That's attached to this carbon right here a molecule with a leaving group. That's attached to this carbon right here so
32:19
a molecule with a leaving group. That's attached to this carbon right here so we a molecule with a leaving group. That's attached to this carbon right here so we can a molecule with a leaving group. That's attached to this carbon right here so we can call a molecule with a leaving group. That's attached to this carbon right here so we can call that That's attached to this carbon right here so we can call that carbon That's attached to this carbon right here so we can call that carbon one
32:29
That's attached to this carbon right here so we can call that carbon one. And then That's attached to this carbon right here so we can call that carbon one. And That's attached to this carbon right here so we can call that carbon one. And then on That's attached to this carbon right here so we can call that carbon one. And That's attached to this carbon right here so we can call that carbon one. And then That's attached to this carbon right here so we can call that carbon one. And then on
32:40
That's attached to this carbon right here so we can call that carbon one. And then on the right here so we can call that carbon one. And then on the adjacent right here so we can call that carbon one. And then on the adjacent carbon right here so we can call that carbon one. And then on the adjacent carbon that right here so we can call that carbon one. And then on the adjacent carbon that I'm right here so we can call that carbon one. And then on the adjacent carbon that I'm calling
32:49
carbon one. And then on the adjacent carbon that I'm calling Carbon carbon one. And then on the adjacent carbon that I'm calling Carbon 2 carbon one. And then on the adjacent carbon that I'm calling Carbon 2. If carbon one. And then on the adjacent carbon that I'm calling Carbon 2. If that carbon one. And then on the adjacent carbon that I'm calling Carbon 2. If carbon one. And then on the adjacent carbon that I'm calling Carbon 2. If that
32:59
carbon one. And then on the adjacent carbon that I'm calling Carbon 2. If that adjacent adjacent carbon that I'm calling Carbon 2. If that adjacent carbon adjacent carbon that I'm calling Carbon 2. If that adjacent carbon has adjacent carbon that I'm calling Carbon 2. If that adjacent carbon has a that I'm calling Carbon 2. If that adjacent carbon has a hydrogen that I'm calling Carbon 2. If that adjacent carbon has a hydrogen attached
33:08
that I'm calling Carbon 2. If that adjacent carbon has a hydrogen attached then that I'm calling Carbon 2. If that adjacent carbon has a hydrogen attached then we that I'm calling Carbon 2. If that adjacent carbon has a hydrogen attached then we can't that adjacent carbon has a hydrogen attached then we can't eliminate that adjacent carbon has a hydrogen attached then we can't eliminate the that adjacent carbon has a hydrogen attached then we can't eliminate the hydrogen
33:18
that adjacent carbon has a hydrogen attached then we can't eliminate the hydrogen. And that adjacent carbon has a hydrogen attached then we can't eliminate the hydrogen. And the hydrogen attached then we can't eliminate the hydrogen. And the leaving hydrogen attached then we can't eliminate the hydrogen. And the leaving group hydrogen attached then we can't eliminate the hydrogen. And the leaving group. To hydrogen attached then we can't eliminate the hydrogen. And the leaving group. To form
33:28
hydrogen attached then we can't eliminate the hydrogen. And the leaving group. To hydrogen attached then we can't eliminate the hydrogen. And the leaving group. To form hydrogen attached then we can't eliminate the hydrogen. And the leaving group. To form. Our eliminate the hydrogen. And the leaving group. To form. Our product eliminate the hydrogen. And the leaving group. To form. Our product that hydrogen attached then we can't eliminate the hydrogen. And the leaving group. To form. Our
33:38
eliminate the hydrogen. And the leaving group. To form. Our product that looks eliminate the hydrogen. And the leaving group. To form. Our product eliminate the hydrogen. And the leaving group. To form. Our product that eliminate the hydrogen. And the leaving group. To form. Our product that looks like eliminate the hydrogen. And the leaving group. To form. Our product that looks eliminate the hydrogen. And the leaving group. To form. Our product that looks like this
33:48
leaving group. To form. Our product that looks like this. Just leaving group. To form. Our product that looks like this. Just like leaving group. To form. Our product that looks like this. Just like that leaving group. To form. Our product that looks like this. Just leaving group. To form. Our product that looks like this. Just like leaving group. To form. Our product that looks like this. Just like that leaving group. To form. Our product that looks like this. Just like that. So
33:58
leaving group. To form. Our product that looks like this. Just like that. So this And the leaving group. To form. Our product that looks like this. Just like that. So this is Our product that looks like this. Just like that. So this is still Our product that looks like this. Just like that. So this is still carbon Our product that looks like this. Just like that. So this is still carbon too Our product that looks like this. Just like that. So this is still carbon too that
34:08
Our product that looks like this. Just like that. So this is still carbon too that is like this. Just like that. So this is still carbon too that is carbon like this. Just like that. So this is still carbon too that is carbon 1 this. Just like that. So this is still carbon too that is carbon 1. So this. Just like that. So this is still carbon too that is carbon 1. So what this. Just like that. So this is still carbon too that is carbon 1. So
34:17
this. Just like that. So this is still carbon too that is carbon 1. So what this. Just like that. So this is still carbon too that is carbon 1. So what have this. Just like that. So this is still carbon too that is carbon 1. So what have we this. Just like that. So this is still carbon too that is carbon 1. So what have we lost this. Just like that. So this is still carbon too that is carbon 1. So what have we lost well still carbon too that is carbon 1. So what have we lost well we've
34:26
carbon too that is carbon 1. So what have we lost well we've lost carbon too that is carbon 1. So what have we lost well we've lost the carbon too that is carbon 1. So what have we lost well we've lost the hydrogen is carbon 1. So what have we lost well we've lost the hydrogen and is carbon 1. So what have we lost well we've lost the hydrogen and we've is carbon 1. So what have we lost well we've lost the hydrogen and we've lost
34:36
is carbon 1. So what have we lost well we've lost the hydrogen and we've lost the lost well we've lost the hydrogen and we've lost the leaving lost well we've lost the hydrogen and we've lost the leaving group lost well we've lost the hydrogen and we've lost the leaving group. But lost well we've lost the hydrogen and we've lost the leaving group. But how lost the hydrogen and we've lost the leaving group. But how did we
34:45
lost well we've lost the hydrogen and we've lost the leaving group. But how did lost the hydrogen and we've lost the leaving group. But how did we get lost well we've lost the hydrogen and we've lost the leaving group. But lost well we've lost the hydrogen and we've lost the leaving group. But how lost well we've lost the hydrogen and we've lost the leaving group. But how did lost the hydrogen and we've lost the leaving group. But how did we
34:55
lost the hydrogen and we've lost the leaving group. But how did we get lost the hydrogen and we've lost the leaving group. But how did we get rid of lost the hydrogen and we've lost the leaving group. But how did we get rid of the lost the hydrogen and we've lost the leaving group. But how did we get rid of the hydrogen the leaving group. But how did we get rid of the hydrogen well the the leaving group. But how did we get rid of the hydrogen well the base
35:04
the leaving group. But how did we get rid of the hydrogen well the base came the leaving group. But how did we get rid of the hydrogen well the base came and the leaving group. But how did we get rid of the hydrogen well the base came and took the leaving group. But how did we get rid of the hydrogen well the base came and took it the leaving group. But how did we get rid of the hydrogen well the base came and took it. And we get rid of the hydrogen well the base came and took it. And then
35:14
the leaving group. But how did we get rid of the hydrogen well the base came and took it. And we get rid of the hydrogen well the base came and took it. And then we get rid of the hydrogen well the base came and took it. And then what's we get rid of the hydrogen well the base came and took it. And then what's also hydrogen well the base came and took it. And then what's also around hydrogen well the base came and took it. And then what's also around are
35:24
hydrogen well the base came and took it. And then what's also around are leaving hydrogen well the base came and took it. And then what's also around are leaving group hydrogen well the base came and took it. And then what's also around are leaving group has took it. And then what's also around are leaving group has left took it. And then what's also around are leaving group has left. Just took it. And then what's also around are leaving group has left. Just like
35:33
took it. And then what's also around are leaving group has left. Just like that took it. And then what's also around are leaving group has left. Just took it. And then what's also around are leaving group has left. Just like took it. And then what's also around are leaving group has left. Just like that took it. And then what's also around are leaving group has left. Just like that. So took it. And then what's also around are leaving group has left. Just like that. So that's
35:43
took it. And then what's also around are leaving group has left. Just like that. So took it. And then what's also around are leaving group has left. Just like that. So that's around are leaving group has left. Just like that. So that's an around are leaving group has left. Just like that. So that's an overall leaving group has left. Just like that. So that's an overall process leaving group has left. Just like that. So that's an overall process of
35:53
leaving group has left. Just like that. So that's an overall process of what's leaving group has left. Just like that. So that's an overall process of what's Happening leaving group has left. Just like that. So that's an overall process of what's Happening Here like that. So that's an overall process of what's Happening Here. But like that. So that's an overall process of what's Happening Here. But now like that. So that's an overall process of what's Happening Here. But
36:03
like that. So that's an overall process of what's Happening Here. But now like that. So that's an overall process of what's Happening Here. But now we like that. So that's an overall process of what's Happening Here. But now we want like that. So that's an overall process of what's Happening Here. But now we want to like that. So that's an overall process of what's Happening Here. But now we want to look overall process of what's Happening Here. But now we want to look at
36:13
overall process of what's Happening Here. But now we want to look at it what's Happening Here. But now we want to look at it mechanistically. And what's Happening Here. But now we want to look at it mechanistically what's Happening Here. But now we want to look at it mechanistically. And then what's Happening Here. But now we want to look at it mechanistically. And what's Happening Here. But now we want to look at it mechanistically. And then look
36:22
what's Happening Here. But now we want to look at it mechanistically. And then what's Happening Here. But now we want to look at it mechanistically. And then look we want to look at it mechanistically. And then look at we want to look at it mechanistically. And then look at how we want to look at it mechanistically. And then look at how it we want to look at it mechanistically. And then look at how it looks we want to look at it mechanistically. And then look at how it looks in
36:32
we want to look at it mechanistically. And then look at how it looks in on we want to look at it mechanistically. And then look at how it looks in on the we want to look at it mechanistically. And then look at how it looks in on the energy mechanistically. And then look at how it looks in on the energy diagram mechanistically. And then look at how it looks in on the energy diagram. Let's mechanistically. And then look at how it looks in on the energy diagram. Let's take
36:42
mechanistically. And then look at how it looks in on the energy diagram. Let's take a look mechanistically. And then look at how it looks in on the energy diagram. Let's take a look at at how it looks in on the energy diagram. Let's take a look at the mechanistically. And then look at how it looks in on the energy diagram. Let's mechanistically. And then look at how it looks in on the energy diagram. Let's take
36:51
mechanistically. And then look at how it looks in on the energy diagram. Let's take a look mechanistically. And then look at how it looks in on the energy diagram. Let's take a look at at how it looks in on the energy diagram. Let's take a look at the at how it looks in on the energy diagram. Let's take a look at the mechanism at how it looks in on the energy diagram. Let's take a look at the mechanism. And on the energy diagram. Let's take a look at the mechanism. And this
37:00
at how it looks in on the energy diagram. Let's take a look at the mechanism. And on the energy diagram. Let's take a look at the mechanism. And this on the energy diagram. Let's take a look at the mechanism. And this one on the energy diagram. Let's take a look at the mechanism. And this one has on the energy diagram. Let's take a look at the mechanism. And this one has a on the energy diagram. Let's take a look at the mechanism. And this one has a two
37:10
on the energy diagram. Let's take a look at the mechanism. And this one has a two steps on the energy diagram. Let's take a look at the mechanism. And this one has a two steps to take a look at the mechanism. And this one has a two steps to it take a look at the mechanism. And this one has a two steps to it. So take a look at the mechanism. And this one has a two steps to it. So in take a look at the mechanism. And this one has a two steps to it. So
37:19
take a look at the mechanism. And this one has a two steps to it. So in take a look at the mechanism. And this one has a two steps to it. So in an take a look at the mechanism. And this one has a two steps to it. So in an E1 mechanism. And this one has a two steps to it. So in an E1. In an E1 mechanism mechanism. And this one has a two steps to it. So in an E1. In an E1 mechanism. I'm mechanism. And this one has a two steps to it. So in an E1. In an E1 mechanism. I'm going
37:29
mechanism. And this one has a two steps to it. So in an E1. In an E1 mechanism. I'm going to mechanism. And this one has a two steps to it. So in an E1. In an E1 mechanism. I'm mechanism. And this one has a two steps to it. So in an E1. In an E1 mechanism. I'm going mechanism. And this one has a two steps to it. So in an E1. In an E1 mechanism. I'm going to two steps to it. So in an E1. In an E1 mechanism. I'm going to now two steps to it. So in an E1. In an E1 mechanism. I'm going to now you
37:39
two steps to it. So in an E1. In an E1 mechanism. I'm going to now two steps to it. So in an E1. In an E1 mechanism. I'm going to now you two steps to it. So in an E1. In an E1 mechanism. I'm going to now you clean it. So in an E1. In an E1 mechanism. I'm going to now you clean this it. So in an E1. In an E1 mechanism. I'm going to now you clean this up it. So in an E1. In an E1 mechanism. I'm going to now you clean this up here
37:49
So in an E1. In an E1 mechanism. I'm going to now you clean this up here. So So in an E1. In an E1 mechanism. I'm going to now you clean this up here. So in an So in an E1. In an E1 mechanism. I'm going to now you clean this up here. So in an E1 So in an E1. In an E1 mechanism. I'm going to now you clean this up here. So in an E1 mechanism I'm going to now you clean this up here. So in an E1 mechanism it I'm going to now you clean this up here. So in an E1 mechanism it follows
37:58
I'm going to now you clean this up here. So in an E1 mechanism it follows the I'm going to now you clean this up here. So in an E1 mechanism it follows the same I'm going to now you clean this up here. So in an E1 mechanism it follows the same First I'm going to now you clean this up here. So in an E1 mechanism it follows the same First Step up here. So in an E1 mechanism it follows the same First Step as up here. So in an E1 mechanism it follows the same First Step as a
38:08
up here. So in an E1 mechanism it follows the same First Step as a sn1 So in an E1 mechanism it follows the same First Step as a sn1 mechanism So in an E1 mechanism it follows the same First Step as a sn1 mechanism. We So in an E1 mechanism it follows the same First Step as a sn1 mechanism. We are So in an E1 mechanism it follows the same First Step as a sn1 mechanism. We are going to So in an E1 mechanism it follows the same First Step as a sn1 mechanism. We
38:17
So in an E1 mechanism it follows the same First Step as a sn1 mechanism. We are So in an E1 mechanism it follows the same First Step as a sn1 mechanism. We are going to So in an E1 mechanism it follows the same First Step as a sn1 mechanism. We are going to have the same First Step as a sn1 mechanism. We are going to have a the same First Step as a sn1 mechanism. We are going to have a heterolysis stuff the same First Step as a sn1 mechanism. We are going to have a heterolysis stuff. And
38:27
the same First Step as a sn1 mechanism. We are going to have a heterolysis stuff. And that the same First Step as a sn1 mechanism. We are going to have a heterolysis stuff. And that is mechanism. We are going to have a heterolysis stuff. And that is simply the same First Step as a sn1 mechanism. We are going to have a heterolysis stuff. And that the same First Step as a sn1 mechanism. We are going to have a heterolysis stuff. And
38:36
the same First Step as a sn1 mechanism. We are going to have a heterolysis stuff. And that is mechanism. We are going to have a heterolysis stuff. And that is simply mechanism. We are going to have a heterolysis stuff. And that is simply when mechanism. We are going to have a heterolysis stuff. And that is simply when the mechanism. We are going to have a heterolysis stuff. And that is simply when the leaving
38:44
mechanism. We are going to have a heterolysis stuff. And that is simply when the leaving group a heterolysis stuff. And that is simply when the leaving group leaves heterolysis stuff. And that is simply when the leaving group leaves. We're heterolysis stuff. And that is simply when the leaving group leaves. We're going heterolysis stuff. And that is simply when the leaving group leaves. We're going to heterolysis stuff. And that is simply when the leaving group leaves. We're going to have
38:54
heterolysis stuff. And that is simply when the leaving group leaves. We're heterolysis stuff. And that is simply when the leaving group leaves. We're going heterolysis stuff. And that is simply when the leaving group leaves. We're going to heterolysis stuff. And that is simply when the leaving group leaves. We're going to have heterolysis stuff. And that is simply when the leaving group leaves. We're going to have. And simply when the leaving group leaves. We're going to have. And then
39:05
heterolysis stuff. And that is simply when the leaving group leaves. We're going to have. And simply when the leaving group leaves. We're going to have. And then simply when the leaving group leaves. We're going to have. And then. Is simply when the leaving group leaves. We're going to have. And then. Is that leaving group leaves. We're going to have. And then. Is that we leaving group leaves. We're going to have. And then. Is that we have
39:14
And that is simply when the leaving group leaves. We're going to have. And then. Is that And that is simply when the leaving group leaves. We're going to have. And then. Is leaving group leaves. We're going to have. And then. Is that we leaving group leaves. We're going to have. And then. Is that we have leaving group leaves. We're going to have. And then. Is that we have now leaving group leaves. We're going to have. And then. Is that we have now generated
39:23
leaving group leaves. We're going to have. And then. Is that we have now generated a going to have. And then. Is that we have now generated a carbocation We're going to have. And then. Is that we have now generated a carbocation. SP And then. Is that we have now generated a carbocation. SP2 And then. Is that we have now generated a carbocation. Sp200 And then. Is that we have now generated a carbocation. Sp200 i And then. Is that we have now generated a carbocation. SP2
39:33
And then. Is that we have now generated a carbocation. SP2 hybridized And then. Is that we have now generated a carbocation. SP2 hybridized so that And then. Is that we have now generated a carbocation. SP2 hybridized so And then. Is that we have now generated a carbocation. SP2 hybridized so that means And then. Is that we have now generated a carbocation. SP2 hybridized so that means what generated a carbocation. SP2 hybridized so that means what it's
39:42
generated a carbocation. SP2 hybridized so that means what it's flat Is that we have now generated a carbocation. SP2 hybridized so that means what it's flat so carbocation. SP2 hybridized so that means what it's flat so that carbocation. SP2 hybridized so that means what it's flat so that means carbocation. SP2 hybridized so that means what it's flat so that means in carbocation. SP2 hybridized so that means what it's flat so that means in the
39:52
carbocation. SP2 hybridized so that means what it's flat so that means in the second carbocation. SP2 hybridized so that means what it's flat so that means in the second step that means what it's flat so that means in the second step right that means what it's flat so that means in the second step right here that means what it's flat so that means in the second step right here. Hey what it's flat so that means in the second step right here. Hey step
40:02
what it's flat so that means in the second step right here. Hey step two that means what it's flat so that means in the second step right here. Hey what it's flat so that means in the second step right here. Hey step what it's flat so that means in the second step right here. Hey step two what it's flat so that means in the second step right here. Hey step two we what it's flat so that means in the second step right here. Hey step two we can
40:11
what it's flat so that means in the second step right here. Hey step two we can use what it's flat so that means in the second step right here. Hey step two we can use our what it's flat so that means in the second step right here. Hey step two we can use our base the second step right here. Hey step two we can use our base. Which the second step right here. Hey step two we can use our base. Which is the second step right here. Hey step two we can use our base. Which
40:21
the second step right here. Hey step two we can use our base. Which is the second step right here. Hey step two we can use our base. Which is negatively the second step right here. Hey step two we can use our base. Which is negatively charged the second step right here. Hey step two we can use our base. Which is negatively charged to step two we can use our base. Which is negatively charged to come step two we can use our base. Which is negatively charged to come in
40:30
step two we can use our base. Which is negatively charged to come in and step two we can use our base. Which is negatively charged to come in and Abstract step two we can use our base. Which is negatively charged to come in and Abstract this base. Which is negatively charged to come in and Abstract this proton base. Which is negatively charged to come in and Abstract this proton. Now base. Which is negatively charged to come in and Abstract this proton. Now this
40:40
base. Which is negatively charged to come in and Abstract this proton. Now base. Which is negatively charged to come in and Abstract this proton. Now this base. Which is negatively charged to come in and Abstract this proton. Now this step base. Which is negatively charged to come in and Abstract this proton. Now this step is charged to come in and Abstract this proton. Now this step is called charged to come in and Abstract this proton. Now this step is called a
40:49
come in and Abstract this proton. Now this step is called a electrophile come in and Abstract this proton. Now this step is called a electrophile. El come in and Abstract this proton. Now this step is called a electrophile. Elim come in and Abstract this proton. Now this step is called a electrophile. Elimin come in and Abstract this proton. Now this step is called a electrophile. Elimination come in and Abstract this proton. Now this step is called a electrophile. Elimination. So
40:59
proton. Now this step is called a electrophile. Elimination. So in proton. Now this step is called a electrophile. Elimination. So in this proton. Now this step is called a electrophile. Elimination. So in this elect come in and Abstract this proton. Now this step is called a electrophile. Elimination. So proton. Now this step is called a electrophile. Elimination. So in Now this step is called a electrophile. Elimination. So in this
41:08
Now this step is called a electrophile. Elimination. So in this electrophile Now this step is called a electrophile. Elimination. So in this electrophile elimination electrophile. Elimination. So in this electrophile elimination step electrophile. Elimination. So in this electrophile elimination step we're electrophile. Elimination. So in this electrophile elimination step we're going to have electrophile. Elimination. So in this electrophile elimination step we're going
41:18
electrophile. Elimination. So in this electrophile elimination step we're going to have our this electrophile elimination step we're going to have our base this electrophile elimination step we're going to have our base come this electrophile elimination step we're going to have our base come and electrophile elimination step we're going to have our base come and Abstract electrophile elimination step we're going to have our base come and Abstract the
41:27
elimination step we're going to have our base come and Abstract the hydrogen elimination step we're going to have our base come and Abstract the hydrogen. That elimination step we're going to have our base come and Abstract the hydrogen. That is elimination step we're going to have our base come and Abstract the hydrogen. That elimination step we're going to have our base come and Abstract the hydrogen. That is have our base come and Abstract the hydrogen. That is attached to
41:38
elimination step we're going to have our base come and Abstract the hydrogen. That is attached have our base come and Abstract the hydrogen. That is attached to a have our base come and Abstract the hydrogen. That is attached to a carbon have our base come and Abstract the hydrogen. That is attached to a carbon that have our base come and Abstract the hydrogen. That is attached to a carbon that is have our base come and Abstract the hydrogen. That is attached to a carbon that is adjacent
41:47
the hydrogen. That is attached to a carbon that is adjacent from the hydrogen. That is attached to a carbon that is adjacent from the the hydrogen. That is attached to a carbon that is adjacent from the carbocation the hydrogen. That is attached to a carbon that is adjacent from the carbocation. And the hydrogen. That is attached to a carbon that is adjacent from the carbocation. And it's to a carbon that is adjacent from the carbocation. And it's going to
41:57
the hydrogen. That is attached to a carbon that is adjacent from the carbocation. And the hydrogen. That is attached to a carbon that is adjacent from the carbocation. And it's to a carbon that is adjacent from the carbocation. And it's going to to a carbon that is adjacent from the carbocation. And it's going to come to a carbon that is adjacent from the carbocation. And it's going to come in that is adjacent from the carbocation. And it's going to come in like
42:06
that is adjacent from the carbocation. And it's going to come in like this that is adjacent from the carbocation. And it's going to come in like this. And that is adjacent from the carbocation. And it's going to come in like this. And abstract that is adjacent from the carbocation. And it's going to come in like this. And ab that is adjacent from the carbocation. And it's going to come in like this. And that is adjacent from the carbocation. And it's going to come in like this. And Abstract
42:16
carbocation. And it's going to come in like this. And Abstract that carbocation. And it's going to come in like this. And Abstract that proton carbocation. And it's going to come in like this. And Abstract that proton. Break carbocation. And it's going to come in like this. And Abstract that proton. Break the carbocation. And it's going to come in like this. And Abstract that proton. Break the hyd carbocation. And it's going to come in like this. And Abstract that proton. Break
42:26
carbocation. And it's going to come in like this. And Abstract that proton. Break the carbocation. And it's going to come in like this. And Abstract that proton. Break the hydrogen come in like this. And Abstract that proton. Break the hydrogen carbon come in like this. And Abstract that proton. Break the hydrogen carbon Bond this. And Abstract that proton. Break the hydrogen carbon Bond and this. And Abstract that proton. Break the hydrogen carbon Bond and take
42:36
this. And Abstract that proton. Break the hydrogen carbon Bond and take the this. And Abstract that proton. Break the hydrogen carbon Bond and take the two this. And Abstract that proton. Break the hydrogen carbon Bond and take the two electrons this. And Abstract that proton. Break the hydrogen carbon Bond and take the two electrons in Break the hydrogen carbon Bond and take the two electrons in that the hydrogen carbon Bond and take the two electrons in that Bond
42:45
the hydrogen carbon Bond and take the two electrons in that Bond and the hydrogen carbon Bond and take the two electrons in that Bond and place the hydrogen carbon Bond and take the two electrons in that Bond and place it the hydrogen carbon Bond and take the two electrons in that Bond and place it in the hydrogen carbon Bond and take the two electrons in that Bond and place it in between and take the two electrons in that Bond and place it in between. The
42:54
and take the two electrons in that Bond and place it in between. The car and take the two electrons in that Bond and place it in between. The carbon and take the two electrons in that Bond and place it in between. The and take the two electrons in that Bond and place it in between. The carbon and take the two electrons in that Bond and place it in between. The carbon where the and take the two electrons in that Bond and place it in between. The carbon where
43:04
that Bond and place it in between. The carbon where the hydrogen that Bond and place it in between. The carbon where the hydrogen is that Bond and place it in between. The carbon where the hydrogen is being that Bond and place it in between. The carbon where the hydrogen is being taken that Bond and place it in between. The carbon where the hydrogen is being taken off that Bond and place it in between. The carbon where the hydrogen is being taken off from
43:13
between. The carbon where the hydrogen is being taken off from and between. The carbon where the hydrogen is being taken off from and between between. The carbon where the hydrogen is being taken off from and between the between. The carbon where the hydrogen is being taken off from and between the carbocation between. The carbon where the hydrogen is being taken off from and between the carbocation. And hydrogen is being taken off from and between the carbocation. And when
43:23
hydrogen is being taken off from and between the carbocation. And when we between. The carbon where the hydrogen is being taken off from and between the carbocation. And hydrogen is being taken off from and between the carbocation. And when hydrogen is being taken off from and between the carbocation. And when we The carbon where the hydrogen is being taken off from and between the carbocation. And when we do being taken off from and between the carbocation. And when we do that
43:33
being taken off from and between the carbocation. And when we do that we are being taken off from and between the carbocation. And when we do that we being taken off from and between the carbocation. And when we do that we are going being taken off from and between the carbocation. And when we do that we are going to being taken off from and between the carbocation. And when we do that we are going to now the carbocation. And when we do that we are going to now generate
43:42
the carbocation. And when we do that we are going to now generate. Are the carbocation. And when we do that we are going to now generate. Are Al the carbocation. And when we do that we are going to now generate. Are ALK the carbocation. And when we do that we are going to now generate. Are alkene the carbocation. And when we do that we are going to now generate. Are the carbocation. And when we do that we are going to now generate. Are alkene
43:52
the carbocation. And when we do that we are going to now generate. Are alkene product that we are going to now generate. Are alkene product. Like that we are going to now generate. Are alkene product. Like that that we are going to now generate. Are alkene product. Like that we are going to now generate. Are alkene product. Like that that we are going to now generate. Are alkene product. Like that. So that we are going to now generate. Are alkene product. Like that. So in
44:01
that we are going to now generate. Are alkene product. Like that. So in an that we are going to now generate. Are alkene product. Like that. So in an E1 to now generate. Are alkene product. Like that. So in an E1 mechanism to now generate. Are alkene product. Like that. So in an E1 mechanism if to now generate. Are alkene product. Like that. So in an E1 mechanism if there's to now generate. Are alkene product. Like that. So in an E1 mechanism if there's going to
44:11
to now generate. Are alkene product. Like that. So in an E1 mechanism if there's going to be product. Like that. So in an E1 mechanism if there's going to be two product. Like that. So in an E1 mechanism if there's going to be two steps product. Like that. So in an E1 mechanism if there's going to be two steps. A product. Like that. So in an E1 mechanism if there's going to be two steps. A head product. Like that. So in an E1 mechanism if there's going to be two steps. A header
44:21
Are alkene product. Like that. So in an E1 mechanism if there's going to be two steps. A heterol So in an E1 mechanism if there's going to be two steps. A header all product. Like that. So in an E1 mechanism if there's going to be two steps. A So in an E1 mechanism if there's going to be two steps. A heterolysis So in an E1 mechanism if there's going to be two steps. A heterolysis step So in an E1 mechanism if there's going to be two steps. A heterolysis step and
44:31
So in an E1 mechanism if there's going to be two steps. A heterolysis step and an if there's going to be two steps. A heterolysis step and an electrophile going to be two steps. A heterolysis step and an electrophile elimination going to be two steps. A heterolysis step and an electrophile elimination step going to be two steps. A heterolysis step and an electrophile elimination step to heterolysis step and an electrophile elimination step to form
44:40
heterolysis step and an electrophile elimination step to form our heterolysis step and an electrophile elimination step to form our alkene heterolysis step and an electrophile elimination step to form our alkene. It's heterolysis step and an electrophile elimination step to form our alkene. And heterolysis step and an electrophile elimination step to form our alkene. And so heterolysis step and an electrophile elimination step to form our alkene. And so to
44:50
heterolysis step and an electrophile elimination step to form our alkene. And so to be heterolysis step and an electrophile elimination step to form our alkene. And so heterolysis step and an electrophile elimination step to form our alkene. And so to heterolysis step and an electrophile elimination step to form our alkene. And so to be electrophile elimination step to form our alkene. And so to be more electrophile elimination step to form our alkene. And so to be more accurate
44:59
electrophile elimination step to form our alkene. And so to be more accurate here electrophile elimination step to form our alkene. And so to be more accurate here we electrophile elimination step to form our alkene. And so to be more accurate here we still electrophile elimination step to form our alkene. And so to be more accurate here we still will form our alkene. And so to be more accurate here we still will have form our alkene. And so to be more accurate here we still will have our
45:09
form our alkene. And so to be more accurate here we still will have our leaving form our alkene. And so to be more accurate here we still will have our leaving group form our alkene. And so to be more accurate here we still will have our leaving group right more accurate here we still will have our leaving group right here more accurate here we still will have our leaving group right here negatively we still will have our leaving group right here negatively charged
45:19
we still will have our leaving group right here negatively charged. That's we still will have our leaving group right here negatively charged. That's still we still will have our leaving group right here negatively charged. That's still floating we still will have our leaving group right here negatively charged. That's still Flo we still will have our leaving group right here negatively charged. That's we still will have our leaving group right here negatively charged. That's still
45:29
we still will have our leaving group right here negatively charged. That's still floating group right here negatively charged. That's still floating around group right here negatively charged. That's still floating around and group right here negatively charged. That's still floating around and then group right here negatively charged. That's still floating around and then what group right here negatively charged. That's still floating around and then what else
45:38
group right here negatively charged. That's still floating around and then what else will charged. That's still floating around and then what else will we charged. That's still floating around and then what else will we have charged. That's still floating around and then what else will we have on charged. That's still floating around and then what else will we have on this charged. That's still floating around and then what else will we have on this after
45:48
charged. That's still floating around and then what else will we have on this after the around and then what else will we have on this after the second step charged. That's still floating around and then what else will we have on this after the second around and then what else will we have on this after the second step we then what else will we have on this after the second step we would then what else will we have on this after the second step we would have
45:57
then what else will we have on this after the second step we would have our then what else will we have on this after the second step we would have our. Con then what else will we have on this after the second step we would have our. Conj then what else will we have on this after the second step we would have our. Conjugate then what else will we have on this after the second step we would have our. Conjug
46:05
then what else will we have on this after the second step we would have our. Conjugate acid then what else will we have on this after the second step we would have our. Conjugate AC then what else will we have on this after the second step we would have our. Conjugate then what else will we have on this after the second step we would have our. Conjugate acid this after the second step we would have our. Conjugate acid. So this after the second step we would have our. Conjugate acid. So what's
46:15
this after the second step we would have our. Conjugate acid. So this after the second step we would have our. Conjugate acid. So what's this after the second step we would have our. Conjugate acid. So what's happening this after the second step we would have our. Conjugate acid. So what's happening here this after the second step we would have our. Conjugate acid. So what's Happening Here this after the second step we would have our. Conjugate acid. So what's Happening Here is
46:25
this after the second step we would have our. Conjugate acid. So what's Happening Here is our would have our. Conjugate acid. So what's Happening Here is our base would have our. Conjugate acid. So what's Happening Here is our base abstracts would have our. Conjugate acid. So what's Happening Here is our base abstracts that would have our. Conjugate acid. So what's Happening Here is our base abstracts that proton
46:34
would have our. Conjugate acid. So what's Happening Here is our base abstracts that proton turns So what's Happening Here is our base abstracts that proton turns into So what's Happening Here is our base abstracts that proton turns into that Happening Here is our base abstracts that proton turns into that species Happening Here is our base abstracts that proton turns into that species right Happening Here is our base abstracts that proton turns into that species right there
46:43
base abstracts that proton turns into that species right there. So base abstracts that proton turns into that species right there. So that's base abstracts that proton turns into that species right there. So that's where base abstracts that proton turns into that species right there. So that's where all base abstracts that proton turns into that species right there. So that's base abstracts that proton turns into that species right there. So
46:53
base abstracts that proton turns into that species right there. So that's where base abstracts that proton turns into that species right there. So that's where all base abstracts that proton turns into that species right there. So that's where all the base abstracts that proton turns into that species right there. So that's where all the the into that species right there. So that's where all the the parts into that species right there. So that's where all the the parts are
47:02
into that species right there. So that's where all the the parts are coming into that species right there. So that's where all the the parts are coming from into that species right there. So that's where all the the parts are coming from. Now So that's where all the the parts are coming from. Now can't let's So that's where all the the parts are coming from. Now can't let's take So that's where all the the parts are coming from. Now can't let's take a
47:12
So that's where all the the parts are coming from. Now can't let's take a look So that's where all the the parts are coming from. Now can't let's take a look at So that's where all the the parts are coming from. Now can't let's take a look at this So that's where all the the parts are coming from. Now can't let's take a look at this and parts are coming from. Now can't let's take a look at this and apply parts are coming from. Now can't let's take a look at this and apply it
47:23
parts are coming from. Now can't let's take a look at this and apply it to parts are coming from. Now can't let's take a look at this and apply it to the parts are coming from. Now can't let's take a look at this and apply it to the energy parts are coming from. Now can't let's take a look at this and apply it to the energy diagram let's take a look at this and apply it to the energy diagram right let's take a look at this and apply it to the energy diagram right here
47:33
let's take a look at this and apply it to the energy diagram right here. So let's take a look at this and apply it to the energy diagram right here. So what let's take a look at this and apply it to the energy diagram right here. So what do this and apply it to the energy diagram right here. So what do we this and apply it to the energy diagram right here. So what do we have let's take a look at this and apply it to the energy diagram right here. So
47:42
let's take a look at this and apply it to the energy diagram right here. So what let's take a look at this and apply it to the energy diagram right here. So what do this and apply it to the energy diagram right here. So what do we this and apply it to the energy diagram right here. So what do we have this and apply it to the energy diagram right here. So what do we have going this and apply it to the energy diagram right here. So what do we have going on
47:51
this and apply it to the energy diagram right here. So what do we have going on at this and apply it to the energy diagram right here. So what do we have going on at this this and apply it to the energy diagram right here. So what do we have going on at this first diagram right here. So what do we have going on at this first step diagram right here. So what do we have going on at this first step right diagram right here. So what do we have going on at this first step right here
48:01
diagram right here. So what do we have going on at this first step right here. Well diagram right here. So what do we have going on at this first step right here. Well that's we have going on at this first step right here. Well that's going to we have going on at this first step right here. Well that's going to be diagram right here. So what do we have going on at this first step right here. Well diagram right here. So what do we have going on at this first step right here. Well that's
48:11
we have going on at this first step right here. Well that's going to we have going on at this first step right here. Well that's going to be we have going on at this first step right here. Well that's going to be. We're this first step right here. Well that's going to be. We're going to this first step right here. Well that's going to be. We're going to take this first step right here. Well that's going to be. We're going to take a look
48:20
this first step right here. Well that's going to be. We're going to take a we have going on at this first step right here. Well that's going to be. We're this first step right here. Well that's going to be. We're going to this first step right here. Well that's going to be. We're going to take this first step right here. Well that's going to be. We're going to take a this first step right here. Well that's going to be. We're going to take a look
48:30
this first step right here. Well that's going to be. We're going to take a look at this first step right here. Well that's going to be. We're going to take a look at our We're going to take a look at our. What's What's the What's the first What's What's the first step What's the first What's the What's the first step What's the first step leaving What's the first step leaving group What's the first step leaving group leaves What's the first step leaving group leaves so
48:41
What's the first step leaving group leaves so what's What's the first step leaving group leaves so what's our What's the first step leaving group leaves so what's our transition What's the first step leaving group leaves so what's our transition state What's the first step leaving group leaves so what's our transition state going to What's the first step leaving group leaves so what's our transition state going
48:50
What's the first step leaving group leaves so what's our transition state going to look group leaves so what's our transition state going to look like group leaves so what's our transition state going to look like here group leaves so what's our transition state going to look like here then group leaves so what's our transition state going to look like here then. Leaving group leaves so what's our transition state going to look like here then. Leaving group
49:00
group leaves so what's our transition state going to look like here then. Leaving group leaves so what's our transition state going to look like here then. Leaving group transition state going to look like here then. Leaving group. How transition state going to look like here then. Leaving group. How many transition state going to look like here then. Leaving group. How transition state going to look like here then. Leaving group. How many
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transition state going to look like here then. Leaving group. How many molecules transition state going to look like here then. Leaving group. How many molecules are transition state going to look like here then. Leaving group. How many molecules are in transition state going to look like here then. Leaving group. How many molecules are in this like here then. Leaving group. How many molecules are in this transition like here then. Leaving group. How many molecules are in this transition state
49:19
like here then. Leaving group. How many molecules are in this transition state. Only like here then. Leaving group. How many molecules are in this transition state. Only one like here then. Leaving group. How many molecules are in this transition state. Only like here then. Leaving group. How many molecules are in this transition state. Only one like here then. Leaving group. How many molecules are in this transition state. Only one. So
49:27
How many molecules are in this transition state. Only one. So that's Leaving group. How many molecules are in this transition state. Only one. So Leaving group. How many molecules are in this transition state. Only one. So that's Leaving group. How many molecules are in this transition state. Only one. So that's Union molecules are in this transition state. Only one. So that's Union molecular molecules are in this transition state. Only one. So that's Union molecular. And
49:38
molecules are in this transition state. Only one. So that's Union molecular. And it's transition state. Only one. So that's Union molecular. And it's the molecules are in this transition state. Only one. So that's Union molecular. And molecules are in this transition state. Only one. So that's Union molecular. And it's transition state. Only one. So that's Union molecular. And it's the transition state. Only one. So that's Union molecular. And it's the e or
49:47
transition state. Only one. So that's Union molecular. And it's the e or the transition state. Only one. So that's Union molecular. And it's the e or the one transition state. Only one. So that's Union molecular. And it's the e or the one in transition state. Only one. So that's Union molecular. And it's the e or the one in the transition state. Only one. So that's Union molecular. And it's the e or the one in the E1 that's Union molecular. And it's the e or the one in the E1 mechanism
49:58
that's Union molecular. And it's the e or the one in the E1 mechanism. And that's Union molecular. And it's the e or the one in the E1 mechanism. And so that's Union molecular. And it's the e or the one in the E1 mechanism. And so then that's Union molecular. And it's the e or the one in the E1 mechanism. And that's Union molecular. And it's the e or the one in the E1 mechanism. And so that's Union molecular. And it's the e or the one in the E1 mechanism. And so then
50:08
molecular. And it's the e or the one in the E1 mechanism. And so then what molecular. And it's the e or the one in the E1 mechanism. And so then what is it's the e or the one in the E1 mechanism. And so then what is this it's the e or the one in the E1 mechanism. And so then what is this intermediate it's the e or the one in the E1 mechanism. And so then what is this intermediate right it's the e or the one in the E1 mechanism. And so then what is this intermediate right here
50:17
E1 mechanism. And so then what is this intermediate right here then. What E1 mechanism. And so then what is this intermediate right here then E1 mechanism. And so then what is this intermediate right here then. What does E1 mechanism. And so then what is this intermediate right here then. What does that E1 mechanism. And so then what is this intermediate right here then. What E1 mechanism. And so then what is this intermediate right here then. What does that look
50:27
E1 mechanism. And so then what is this intermediate right here then. What does E1 mechanism. And so then what is this intermediate right here then. What does that E1 mechanism. And so then what is this intermediate right here then. What does that look E1 mechanism. And so then what is this intermediate right here then. What does that look like is this intermediate right here then. What does that look like. It's is this intermediate right here then. What does that look like. It's right
50:37
intermediate right here then. What does that look like. It's right there is this intermediate right here then. What does that look like. It's intermediate right here then. What does that look like. It's right there is this intermediate right here then. What does that look like. It's right intermediate right here then. What does that look like. It's right there that intermediate right here then. What does that look like. It's right there that is
50:47
intermediate right here then. What does that look like. It's right there that is the What does that look like. It's right there that is the intercarbocation What does that look like. It's right there that is the intercarbocation intermediate right there that is the intercarbocation intermediate that's right there that is the intercarbocation intermediate that's in right there that is the intercarbocation intermediate that's in the little
50:56
right there that is the intercarbocation intermediate that's in the right there that is the intercarbocation intermediate that's in the little well right there that is the intercarbocation intermediate that's in the little well. And right there that is the intercarbocation intermediate that's in the little well. And intercarbocation intermediate that's in the little well. And then intercarbocation intermediate that's in the little well. And then
51:05
intercarbocation intermediate that's in the little well. And then we intercarbocation intermediate that's in the little well. And then we have intercarbocation intermediate that's in the little well. And then we have another intercarbocation intermediate that's in the little well. And then we have another transition that's in the little well. And then we have another transition state that's in the little well. And then we have another transition state right
51:15
that's in the little well. And then we have another transition state right here that's in the little well. And then we have another transition state right here and that's in the little well. And then we have another transition state right here and that's that's in the little well. And then we have another transition state right here and that's when then we have another transition state right here and that's when we then we have another transition state right here and that's when we start
51:25
then we have another transition state right here and that's when we start with then we have another transition state right here and that's when we start with the transition state right here and that's when we start with the electrophile transition state right here and that's when we start with the electrophile elimination step that's when we start with the electrophile elimination step. That's that's when we start with the electrophile elimination step. That's where
51:35
that's when we start with the electrophile elimination step. That's where the that's when we start with the electrophile elimination step. That's that's when we start with the electrophile elimination step. That's where that's when we start with the electrophile elimination step. That's where the that's when we start with the electrophile elimination step. That's where the base that's when we start with the electrophile elimination step. That's where the base is
51:45
electrophile elimination step. That's where the base is starting electrophile elimination step. That's where the base is starting to electrophile elimination step. That's where the base is starting to form electrophile elimination step. That's where the base is starting to form a electrophile elimination step. That's where the base is starting to form a bond electrophile elimination step. That's where the base is starting to form a bond with
51:54
That's where the base is starting to form a bond with that That's where the base is starting to form a bond with that so That's where the base is starting to form a bond with that so if That's where the base is starting to form a bond with that so if we That's where the base is starting to form a bond with that so if we want That's where the base is starting to form a bond with that so if we want to That's where the base is starting to form a bond with that so if we want to draw
52:05
That's where the base is starting to form a bond with that so if we want to draw the starting to form a bond with that so if we want to draw the transition starting to form a bond with that so if we want to draw the transition state starting to form a bond with that so if we want to draw the transition state for this starting to form a bond with that so if we want to draw the transition state for starting to form a bond with that so if we want to draw the transition state for this guy
52:15
starting to form a bond with that so if we want to draw the transition state for this guy it that so if we want to draw the transition state for this guy it would that so if we want to draw the transition state for this guy it would look that so if we want to draw the transition state for this guy it would look something that so if we want to draw the transition state for this guy it would look something like
52:23
that so if we want to draw the transition state for this guy it would look something like this transition state for this guy it would look something like this. Let's transition state for this guy it would look something like this. Let's see transition state for this guy it would look something like this. Let's see I'll transition state for this guy it would look something like this. Let's see transition state for this guy it would look something like this. Let's
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transition state for this guy it would look something like this. Let's see I'll transition state for this guy it would look something like this. Let's see I'll try transition state for this guy it would look something like this. Let's see I'll try to transition state for this guy it would look something like this. Let's see I'll try to squeeze transition state for this guy it would look something like this. Let's see I'll try to squeeze it
52:42
would look something like this. Let's see I'll try to squeeze it in would look something like this. Let's see I'll try to squeeze it in right would look something like this. Let's see I'll try to squeeze it in right here would look something like this. Let's see I'll try to squeeze it in right here in would look something like this. Let's see I'll try to squeeze it in right here in a would look something like this. Let's see I'll try to squeeze it in right here in a different
52:52
Let's see I'll try to squeeze it in right here in a different color Let's see I'll try to squeeze it in right here in a different color let's see Let's see I'll try to squeeze it in right here in a different color let's Let's see I'll try to squeeze it in right here in a different color let's see how Let's see I'll try to squeeze it in right here in a different color let's see how well Let's see I'll try to squeeze it in right here in a different color let's see how well we
53:02
Let's see I'll try to squeeze it in right here in a different color let's see how well we can in right here in a different color let's see how well we can do in right here in a different color let's see how well we can do here in right here in a different color let's see how well we can do here we're in right here in a different color let's see how well we can do here we're going to have in right here in a different color let's see how well we can do here we're going to
53:12
in right here in a different color let's see how well we can do here we're going to have our color let's see how well we can do here we're going to have our base color let's see how well we can do here we're going to have our base starting color let's see how well we can do here we're going to have our base starting to color let's see how well we can do here we're going to have our base starting to form color let's see how well we can do here we're going to have our base starting to form a
53:23
color let's see how well we can do here we're going to have our base starting to form a bond do here we're going to have our base starting to form a bond. With do here we're going to have our base starting to form a bond. With the do here we're going to have our base starting to form a bond. With the. With the hyd do here we're going to have our base starting to form a bond. With the. With do here we're going to have our base starting to form a bond. With the. With the
53:32
do here we're going to have our base starting to form a bond. With the. With the hydrogen do here we're going to have our base starting to form a bond. With the. With the hydrogen. And base starting to form a bond. With the. With the hydrogen. And there's do here we're going to have our base starting to form a bond. With the. With the hydrogen. And base starting to form a bond. With the. With the hydrogen. And there's base starting to form a bond. With the. With the hydrogen. And there's our
53:43
base starting to form a bond. With the. With the hydrogen. And there's our carbocation base starting to form a bond. With the. With the hydrogen. And there's our carbocation. And With the. With the hydrogen. And there's our carbocation. And. This With the. With the hydrogen. And there's our carbocation. And. This Bond With the. With the hydrogen. And there's our carbocation. And. This bond is With the. With the hydrogen. And there's our carbocation. And. This
53:52
With the. With the hydrogen. And there's our carbocation. And. This bond With the. With the hydrogen. And there's our carbocation. And. This bond is With the. With the hydrogen. And there's our carbocation. And. This bond is starting With the. With the hydrogen. And there's our carbocation. And. This bond is starting to With the. With the hydrogen. And there's our carbocation. And. This bond is starting to break there's our carbocation. And. This bond is starting to break. So
54:02
With the hydrogen. And there's our carbocation. And. This bond is starting to break. So let's With the hydrogen. And there's our carbocation. And. This bond is starting to break. So With the hydrogen. And there's our carbocation. And. This bond is starting to break. So let's And there's our carbocation. And. This bond is starting to break. So let's represent And there's our carbocation. And. This bond is starting to break. So let's represent that
54:11
And. This bond is starting to break. So let's represent that. And And. This bond is starting to break. So let's represent that. And then And. This bond is starting to break. So let's represent that. And And. This bond is starting to break. So let's represent that. And then And. This bond is starting to break. So let's represent that. And then our And. This bond is starting to break. So let's represent that. And then our. Double
54:20
And. This bond is starting to break. So let's represent that. And then our. Double bond And. This bond is starting to break. So let's represent that. And then our. Double bond is And. This bond is starting to break. So let's represent that. And then our. Double And. This bond is starting to break. So let's represent that. And then our. Double bond And. This bond is starting to break. So let's represent that. And then our. Double bond is
54:29
break. So let's represent that. And then our. Double bond is also So let's represent that. And then our. Double bond is also starting So let's represent that. And then our. Double bond is also starting to So let's represent that. And then our. Double bond is also starting to form So let's represent that. And then our. Double bond is also starting to form. And we'll So let's represent that. And then our. Double bond is also starting to form. And
54:39
So let's represent that. And then our. Double bond is also starting to form. And we'll do So let's represent that. And then our. Double bond is also starting to form. And we'll do a So let's represent that. And then our. Double bond is also starting to form. And So let's represent that. And then our. Double bond is also starting to form. And we'll So let's represent that. And then our. Double bond is also starting to form. And we'll do
54:48
So let's represent that. And then our. Double bond is also starting to form. And we'll do a then our. Double bond is also starting to form. And we'll do a partial then our. Double bond is also starting to form. And we'll do a partial positive then our. Double bond is also starting to form. And we'll do a partial positive right then our. Double bond is also starting to form. And we'll do a partial positive right there also starting to form. And we'll do a partial positive right there. So
54:58
also starting to form. And we'll do a partial positive right there. So that's also starting to form. And we'll do a partial positive right there. So form. And we'll do a partial positive right there. So that's what's also starting to form. And we'll do a partial positive right there. So that's form. And we'll do a partial positive right there. So that's what's form. And we'll do a partial positive right there. So that's what's happening
55:08
form. And we'll do a partial positive right there. So that's what's happening and this form. And we'll do a partial positive right there. So that's what's happening and positive right there. So that's what's happening and this would be positive right there. So that's what's happening and this would be a right there. So that's what's happening and this would be a partial right there. So that's what's happening and this would be a partial negative
55:18
right there. So that's what's happening and this would be a partial negative. Cuz right there. So that's what's happening and this would be a partial negative. Cuz it's right there. So that's what's happening and this would be a partial negative. Cuz it's NE right there. So that's what's happening and this would be a partial negative. Cuz it's neg happening and this would be a partial negative. Cuz it's Negley right there. So that's what's happening and this would be a partial negative. Cuz
55:29
right there. So that's what's happening and this would be a partial negative. Cuz it's happening and this would be a partial negative. Cuz it's Negley happening and this would be a partial negative. Cuz it's Negley charged happening and this would be a partial negative. Cuz it's Negley charged right this would be a partial negative. Cuz it's Negley charged right there this would be a partial negative. Cuz it's Negley charged right there. The
55:38
this would be a partial negative. Cuz it's Negley charged right there. The trans negative. Cuz it's Negley charged right there. The transition negative. Cuz it's Negley charged right there. The transition state this would be a partial negative. Cuz it's Negley charged right there. The negative. Cuz it's Negley charged right there. The transition negative. Cuz it's Negley charged right there. The transition state negative. Cuz it's Negley charged right there. The transition state would
55:49
negative. Cuz it's Negley charged right there. The transition state would look charged right there. The transition state would look something charged right there. The transition state would look something like charged right there. The transition state would look something like that charged right there. The transition state would look something like that. But there. The transition state would look something like that. But now
55:57
charged right there. The transition state would look something like that. But there. The transition state would look something like that. But now there. The transition state would look something like that. But now in there. The transition state would look something like that. But now in this there. The transition state would look something like that. But now in this particular there. The transition state would look something like that. But now in this particular case
56:07
would look something like that. But now in this particular case you something like that. But now in this particular case you could say something like that. But now in this particular case you could say hey something like that. But now in this particular case you could say hey there's something like that. But now in this particular case you could say hey there's two something like that. But now in this particular case you could say hey there's two molecules
56:16
this particular case you could say hey there's two molecules involved this particular case you could say hey there's two molecules involved in this particular case you could say hey there's two molecules involved in that you could say hey there's two molecules involved in that transition you could say hey there's two molecules involved in that transition state you could say hey there's two molecules involved in that transition state shouldn't
56:26
you could say hey there's two molecules involved in that transition state shouldn't this molecules involved in that transition state shouldn't this be molecules involved in that transition state shouldn't this be called molecules involved in that transition state shouldn't this be called an molecules involved in that transition state shouldn't this be called an E2 molecules involved in that transition state shouldn't this be called an E2. Or
56:35
molecules involved in that transition state shouldn't this be called an E2. Or a molecules involved in that transition state shouldn't this be called an E2. Or molecules involved in that transition state shouldn't this be called an E2. Or a transition state shouldn't this be called an E2. Or a bimolecular transition state shouldn't this be called an E2. Or a bimolecular. No transition state shouldn't this be called an E2. Or a bimolecular. No it
56:45
transition state shouldn't this be called an E2. Or a bimolecular. No transition state shouldn't this be called an E2. Or a bimolecular. No it transition state shouldn't this be called an E2. Or a bimolecular. No it doesn't be called an E2. Or a bimolecular. No it doesn't because be called an E2. Or a bimolecular. No it doesn't because. We're be called an E2. Or a bimolecular. No it doesn't because. We're only be called an E2. Or a bimolecular. No it doesn't because. We're only looking
56:55
be called an E2. Or a bimolecular. No it doesn't because. We're be called an E2. Or a bimolecular. No it doesn't because. We're only be called an E2. Or a bimolecular. No it doesn't because. We're only looking be called an E2. Or a bimolecular. No it doesn't because. We're only looking at bimolecular. No it doesn't because. We're only looking at. How bimolecular. No it doesn't because. We're only looking at. How many bimolecular. No it doesn't because. We're only looking at. How
57:06
bimolecular. No it doesn't because. We're only looking at. How many bimolecular. No it doesn't because. We're only looking at. How many molecules bimolecular. No it doesn't because. We're only looking at. How many molecules are bimolecular. No it doesn't because. We're only looking at. How many molecules are in bimolecular. No it doesn't because. We're only looking at. How many molecules are in the because. We're only looking at. How many molecules are in the transition
57:16
because. We're only looking at. How many molecules are in the transition state because. We're only looking at. How many molecules are in the transition state of only looking at. How many molecules are in the transition state of the only looking at. How many molecules are in the transition state of the rate only looking at. How many molecules are in the transition state of the rate determining molecules are in the transition state of the rate determining step
57:26
molecules are in the transition state of the rate determining step. And molecules are in the transition state of the rate determining step. And this molecules are in the transition state of the rate determining step. And this energy transition state of the rate determining step. And this energy level transition state of the rate determining step. And this energy level right transition state of the rate determining step. And this energy level right there
57:35
determining step. And this energy level right there compared to determining step. And this energy level right there compared to that determining step. And this energy level right there compared to that one determining step. And this energy level right there compared to that one. That determining step. And this energy level right there compared to that one. That first energy level right there compared to that one. That first step
57:44
determining step. And this energy level right there compared to that one. That determining step. And this energy level right there compared to that one. That first energy level right there compared to that one. That first step energy level right there compared to that one. That first step is energy level right there compared to that one. That first step is the energy level right there compared to that one. That first step is the rate
57:53
energy level right there compared to that one. That first step is the rate determining there compared to that one. That first step is the rate determining step there compared to that one. That first step is the rate determining step because there compared to that one. That first step is the rate determining step because it's first step is the rate determining step because it's highest first step is the rate determining step because it's highest in
58:02
first step is the rate determining step because it's highest in energy first step is the rate determining step because it's highest in energy and first step is the rate determining step because it's highest in energy and so first step is the rate determining step because it's highest in energy and so that's determining step because it's highest in energy and so that's the determining step because it's highest in energy and so that's the transition
58:11
determining step because it's highest in energy and so that's the transition state determining step because it's highest in energy and so that's the transition state that highest in energy and so that's the transition state that we're going to determining step because it's highest in energy and so that's the transition state that we're highest in energy and so that's the transition state that we're going to look highest in energy and so that's the transition state that we're going to look at
58:22
highest in energy and so that's the transition state that we're going to look at and we highest in energy and so that's the transition state that we're going to look at and highest in energy and so that's the transition state that we're going to look at and we can see highest in energy and so that's the transition state that we're going to look at and we can the transition state that we're going to look at and we can see in the transition state that we're going to look at and we can see in that
58:32
the transition state that we're going to look at and we can see in that Transit State the transition state that we're going to look at and we can see in that Transit State there's going to look at and we can see in that Transit State there's only going to look at and we can see in that Transit State there's only one going to look at and we can see in that Transit State there's only one molecule going to look at and we can see in that Transit State there's only one molecule so
58:42
going to look at and we can see in that Transit State there's only one molecule so it's in that Transit State there's only one molecule so it's going to in that Transit State there's only one molecule so it's going to be in that Transit State there's only one molecule so it's going to be. Un in that Transit State there's only one molecule so it's going to be. Unim in that Transit State there's only one molecule so it's going to be. Unimole
58:52
in that Transit State there's only one molecule so it's going to be. Unimolecular in that Transit State there's only one molecule so it's going to be. Unimolecular. So in that Transit State there's only one molecule so it's going to be. Unimolecular. So that's in that Transit State there's only one molecule so it's going to be. Unimolecular. So in that Transit State there's only one molecule so it's going to be. Unimolecular. So that's
59:01
only one molecule so it's going to be. Unimolecular. So that's an only one molecule so it's going to be. Unimolecular. So that's an E1 only one molecule so it's going to be. Unimolecular. So that's an E1 mechanism only one molecule so it's going to be. Unimolecular. So that's an E1 mechanism. So only one molecule so it's going to be. Unimolecular. So that's an E1 mechanism. So let's only one molecule so it's going to be. Unimolecular. So that's an E1 mechanism. So let's take
59:12
only one molecule so it's going to be. Unimolecular. So that's an E1 mechanism. So only one molecule so it's going to be. Unimolecular. So that's an E1 mechanism. So let's only one molecule so it's going to be. Unimolecular. So that's an E1 mechanism. So let's take only one molecule so it's going to be. Unimolecular. So that's an E1 mechanism. So let's take a to be. Unimolecular. So that's an E1 mechanism. So let's take a look
59:21
to be. Unimolecular. So that's an E1 mechanism. So let's take a look at to be. Unimolecular. So that's an E1 mechanism. So let's take a look at an to be. Unimolecular. So that's an E1 mechanism. So let's take a look at an example to be. Unimolecular. So that's an E1 mechanism. So let's take a look at an example of to be. Unimolecular. So that's an E1 mechanism. So let's take a look at an example of a to be. Unimolecular. So that's an E1 mechanism. So let's take a look at an example of a. Let's
59:31
an E1 mechanism. So let's take a look at an example of a. Let's look at an E1 mechanism. So let's take a look at an example of a. Let's look mechanism. So let's take a look at an example of a. Let's look at an to be. Unimolecular. So that's an E1 mechanism. So let's take a look at an example of a. Let's an E1 mechanism. So let's take a look at an example of a. Let's look an E1 mechanism. So let's take a look at an example of a. Let's look at
59:41
mechanism. So let's take a look at an example of a. Let's look at an mechanism. So let's take a look at an example of a. Let's look at an example mechanism. So let's take a look at an example of a. Let's look at an example of let's take a look at an example of a. Let's look at an example of an let's take a look at an example of a. Let's look at an example of an E1 So So let's So let's take So So let's So let's take So let's take this So let's take this mall So let's take this mall because
59:52
So let's take this mall because an So let's take this mall because an example So let's take this mall because an example right So let's take this mall because an example right here So let's take this mall because an example right here and So let's take this mall because an example right here and we're So let's take this mall because an example right here and we're you So let's take this mall because an example right here and we're you doing
1:00:02
So let's take this mall because an example right here and we're you doing this So let's take this mall because an example right here and we're you doing this reaction So let's take this mall because an example right here and we're you doing this reaction in So let's take this mall because an example right here and we're you doing this reaction in a an example right here and we're you doing this reaction in a solvent an example right here and we're you doing this reaction in a solvent called
1:00:13
an example right here and we're you doing this reaction in a solvent called ethanol an example right here and we're you doing this reaction in a solvent called ethanol and an example right here and we're you doing this reaction in a solvent called ethanol and I'm you doing this reaction in a solvent called ethanol and I'm going you doing this reaction in a solvent called ethanol and I'm going to you doing this reaction in a solvent called ethanol and I'm going to invoke
1:00:23
you doing this reaction in a solvent called ethanol and I'm going to invoke a you doing this reaction in a solvent called ethanol and I'm going to invoke a E1 doing this reaction in a solvent called ethanol and I'm going to invoke a E1 mechanism doing this reaction in a solvent called ethanol and I'm going to invoke a E1 mechanism. And doing this reaction in a solvent called ethanol and I'm going to invoke a E1 mechanism. And so called ethanol and I'm going to invoke a E1 mechanism. And so when
1:00:33
called ethanol and I'm going to invoke a E1 mechanism. And so when we called ethanol and I'm going to invoke a E1 mechanism. And so when we do doing this reaction in a solvent called ethanol and I'm going to invoke a E1 mechanism. And so doing this reaction in a solvent called ethanol and I'm going to invoke a E1 mechanism. And called ethanol and I'm going to invoke a E1 mechanism. And so when called ethanol and I'm going to invoke a E1 mechanism. And so when we
1:00:42
called ethanol and I'm going to invoke a E1 mechanism. And so when we do called ethanol and I'm going to invoke a E1 mechanism. And so when we do this called ethanol and I'm going to invoke a E1 mechanism. And so when we do this what called ethanol and I'm going to invoke a E1 mechanism. And so when we do this what is called ethanol and I'm going to invoke a E1 mechanism. And so when we do this what is our invoke a E1 mechanism. And so when we do this what is our product
1:00:52
invoke a E1 mechanism. And so when we do this what is our product going invoke a E1 mechanism. And so when we do this what is our product going to invoke a E1 mechanism. And so when we do this what is our product going to be invoke a E1 mechanism. And so when we do this what is our product going to be. Well invoke a E1 mechanism. And so when we do this what is our product going to be. Well what invoke a E1 mechanism. And so when we do this what is our product going to be. Well
1:01:02
when we do this what is our product going to be. Well what do invoke a E1 mechanism. And so when we do this what is our product going to be. Well what when we do this what is our product going to be. Well what do when we do this what is our product going to be. Well what do I when we do this what is our product going to be. Well what do I see when we do this what is our product going to be. Well what do I see I when we do this what is our product going to be. Well what do I see I I
1:01:12
when we do this what is our product going to be. Well what do I see I I first when we do this what is our product going to be. Well what do I see I I first have our product going to be. Well what do I see I I first have identify our product going to be. Well what do I see I I first have identify hey our product going to be. Well what do I see I I first have identify hey I our product going to be. Well what do I see I I first have identify hey I have
1:01:21
our product going to be. Well what do I see I I first have identify hey I have a our product going to be. Well what do I see I I first have identify hey I have a leaving what do I see I I first have identify hey I have a leaving group what do I see I I first have identify hey I have a leaving group. And what do I see I I first have identify hey I have a leaving group. And that what do I see I I first have identify hey I have a leaving group. And that leaving
1:01:31
what do I see I I first have identify hey I have a leaving group. And that leaving the have identify hey I have a leaving group. And that leaving the group have identify hey I have a leaving group. And that leaving the group is have identify hey I have a leaving group. And that leaving the group is attached have identify hey I have a leaving group. And that leaving the group is attached to have identify hey I have a leaving group. And that leaving the group is attached to carbon
1:01:40
leaving group. And that leaving the group is attached to carbon 1 leaving group. And that leaving the group is attached to carbon 1. And leaving group. And that leaving the group is attached to carbon 1. And then leaving group. And that leaving the group is attached to carbon 1. And leaving group. And that leaving the group is attached to carbon 1. And then leaving group. And that leaving the group is attached to carbon 1. And then attached
1:01:50
leaving group. And that leaving the group is attached to carbon 1. And then attached to leaving group. And that leaving the group is attached to carbon 1. And then attached to Carbon leaving group. And that leaving the group is attached to carbon 1. And then attached to Carbon 2 the group is attached to carbon 1. And then attached to Carbon 2 which is the group is attached to carbon 1. And then attached to Carbon 2 which attached to carbon 1. And then attached to Carbon 2 which is adjacent
1:02:00
attached to carbon 1. And then attached to Carbon 2 which is adjacent do attached to carbon 1. And then attached to Carbon 2 which is adjacent do I attached to carbon 1. And then attached to Carbon 2 which is adjacent do I have attached to carbon 1. And then attached to Carbon 2 which is adjacent do I have a attached to carbon 1. And then attached to Carbon 2 which is adjacent do I have a hydrogen attached to Carbon 2 which is adjacent do I have a hydrogen and
1:02:09
attached to Carbon 2 which is adjacent do I have a hydrogen and I do attached to Carbon 2 which is adjacent do I have a hydrogen and I attached to Carbon 2 which is adjacent do I have a hydrogen and I do so attached to Carbon 2 which is adjacent do I have a hydrogen and I do so we attached to Carbon 2 which is adjacent do I have a hydrogen and I do so we can attached to Carbon 2 which is adjacent do I have a hydrogen and I do so we can do
1:02:18
attached to Carbon 2 which is adjacent do I have a hydrogen and I do so we can do a which is adjacent do I have a hydrogen and I do so we can do a elimination which is adjacent do I have a hydrogen and I do so we can do a elimination reaction which is adjacent do I have a hydrogen and I do so we can do a elimination reaction for which is adjacent do I have a hydrogen and I do so we can do a elimination reaction for this hydrogen and I do so we can do a elimination reaction for this compound
1:02:28
hydrogen and I do so we can do a elimination reaction for this compound. But hydrogen and I do so we can do a elimination reaction for this compound. But if hydrogen and I do so we can do a elimination reaction for this compound. But if I hydrogen and I do so we can do a elimination reaction for this compound. But hydrogen and I do so we can do a elimination reaction for this compound. But if hydrogen and I do so we can do a elimination reaction for this compound. But if I
1:02:38
hydrogen and I do so we can do a elimination reaction for this compound. But if I change hydrogen and I do so we can do a elimination reaction for this compound. But if I change that elimination reaction for this compound. But if I change that hydrogen elimination reaction for this compound. But if I change that hydrogen to elimination reaction for this compound. But if I change that hydrogen to let's elimination reaction for this compound. But if I change that hydrogen to let's say
1:02:48
elimination reaction for this compound. But if I change that hydrogen to let's say a elimination reaction for this compound. But if I change that hydrogen to let's say a methyl compound. But if I change that hydrogen to let's say a methyl group compound. But if I change that hydrogen to let's say a methyl group. There's compound. But if I change that hydrogen to let's say a methyl group. There's no compound. But if I change that hydrogen to let's say a methyl group. There's
1:02:58
compound. But if I change that hydrogen to let's say a methyl group. There's no compound. But if I change that hydrogen to let's say a methyl group. There's no hydrogens compound. But if I change that hydrogen to let's say a methyl group. There's no hydrogens over hydrogen to let's say a methyl group. There's no hydrogens over here hydrogen to let's say a methyl group. There's no hydrogens over here. So let's say a methyl group. There's no hydrogens over here. So we
1:03:08
hydrogen to let's say a methyl group. There's no hydrogens over here. So let's say a methyl group. There's no hydrogens over here. So we let's say a methyl group. There's no hydrogens over here. So we could let's say a methyl group. There's no hydrogens over here. So we could not let's say a methyl group. There's no hydrogens over here. So we could not do let's say a methyl group. There's no hydrogens over here. So we could not do any
1:03:17
There's no hydrogens over here. So we could not do any elimination There's no hydrogens over here. So we could not do any elimination reaction There's no hydrogens over here. So we could not do any elimination reaction for There's no hydrogens over here. So we could not do any elimination reaction for this So we could not do any elimination reaction for this guy So we could not do any elimination reaction for this guy. But So we could not do any elimination reaction for this guy. But now
1:03:27
So we could not do any elimination reaction for this guy. But now we So we could not do any elimination reaction for this guy. But now we have So we could not do any elimination reaction for this guy. But now So we could not do any elimination reaction for this guy. But So we could not do any elimination reaction for this guy. But now we So we could not do any elimination reaction for this guy. But now we have So we could not do any elimination reaction for this guy. But now we have a
1:03:37
So we could not do any elimination reaction for this guy. But now we have a height So we could not do any elimination reaction for this guy. But now we have a height we elimination reaction for this guy. But now we have a height we do elimination reaction for this guy. But now we have a height we do have elimination reaction for this guy. But now we have a height we do have a elimination reaction for this guy. But now we have a height we do have a hydrogen
1:03:47
elimination reaction for this guy. But now we have a height we do have a hydrogen. And elimination reaction for this guy. But now we have a height we do have a hydrogen. And so elimination reaction for this guy. But now we have a height we do have a hydrogen. And elimination reaction for this guy. But now we have a height we do have a hydrogen. And so our elimination reaction for this guy. But now we have a height we do have a hydrogen. And so
1:03:56
elimination reaction for this guy. But now we have a height we do have a hydrogen. And so our guy. But now we have a height we do have a hydrogen. And so our product guy. But now we have a height we do have a hydrogen. And so our product is guy. But now we have a height we do have a hydrogen. And so our product is going to guy. But now we have a height we do have a hydrogen. And so our product is going to look do have a hydrogen. And so our product is going to look something
1:04:05
have a hydrogen. And so our product is going to look something like have a hydrogen. And so our product is going to look something like this have a hydrogen. And so our product is going to look something like this. We're product is going to look something like this. We're going to product is going to look something like this. We're going to have have a hydrogen. And so our product is going to look something like this. We're product is going to look something like this. We're going to
1:04:15
product is going to look something like this. We're going to have product is going to look something like this. We're going to have a product is going to look something like this. We're going to have a product product is going to look something like this. We're going to have a product where look something like this. We're going to have a product where both look something like this. We're going to have a product where both the
1:04:24
look something like this. We're going to have a product where both the fennel look something like this. We're going to have a product where both the fennel groups look something like this. We're going to have a product where both the fennel groups are look something like this. We're going to have a product where both the fennel groups are on going to have a product where both the fennel groups are on the going to have a product where both the fennel groups are on the same
1:04:34
going to have a product where both the fennel groups are on the same. Side going to have a product where both the fennel groups are on the same. Side of going to have a product where both the fennel groups are on the same. Side of the going to have a product where both the fennel groups are on the same. Side going to have a product where both the fennel groups are on the same. Side of going to have a product where both the fennel groups are on the same. Side of the
1:04:44
going to have a product where both the fennel groups are on the same. Side of the alkene where both the fennel groups are on the same. Side of the alkene like where both the fennel groups are on the same. Side of the alkene like that where both the fennel groups are on the same. Side of the alkene like that. And where both the fennel groups are on the same. Side of the alkene like that. And what's where both the fennel groups are on the same. Side of the alkene like that. And what's still
1:04:54
where both the fennel groups are on the same. Side of the alkene like that. And what's still over on the same. Side of the alkene like that. And what's still over here on the same. Side of the alkene like that. And what's still over here there's on the same. Side of the alkene like that. And what's still over here there's going to be on the same. Side of the alkene like that. And what's still over here there's going to
1:05:03
on the same. Side of the alkene like that. And what's still over here there's going to be a like that. And what's still over here there's going to be a hydrogen like that. And what's still over here there's going to be a hydrogen right And what's still over here there's going to be a hydrogen right there And what's still over here there's going to be a hydrogen right there and And what's still over here there's going to be a hydrogen right there and where's
1:05:13
And what's still over here there's going to be a hydrogen right there and where's the there's going to be a hydrogen right there and where's the hydrogen there's going to be a hydrogen right there and where's the hydrogen coming there's going to be a hydrogen right there and where's the hydrogen coming from there's going to be a hydrogen right there and where's the hydrogen coming from is there's going to be a hydrogen right there and where's the hydrogen coming from is the
1:05:22
right there and where's the hydrogen coming from is the hydrogen right there and where's the hydrogen coming from is the hydrogen right right there and where's the hydrogen coming from is the hydrogen right here right there and where's the hydrogen coming from is the hydrogen right here the right there and where's the hydrogen coming from is the hydrogen right here the dashed hydrogen coming from is the hydrogen right here the dashed hydrogen
1:05:32
hydrogen coming from is the hydrogen right here the dashed hydrogen that hydrogen coming from is the hydrogen right here the dashed hydrogen that we're hydrogen coming from is the hydrogen right here the dashed hydrogen that we're not hydrogen coming from is the hydrogen right here the dashed hydrogen that we're not going hydrogen coming from is the hydrogen right here the dashed hydrogen that we're not going to hydrogen right here the dashed hydrogen that we're not going to draw
1:05:42
hydrogen right here the dashed hydrogen that we're not going to draw. Worry hydrogen right here the dashed hydrogen that we're not going to draw. Worry too hydrogen right here the dashed hydrogen that we're not going to draw. Worry too much hydrogen right here the dashed hydrogen that we're not going to draw. Worry too much about hydrogen right here the dashed hydrogen that we're not going to draw. Worry hydrogen right here the dashed hydrogen that we're not going to draw. Worry too
1:05:52
hydrogen right here the dashed hydrogen that we're not going to draw. Worry too much hydrogen right here the dashed hydrogen that we're not going to draw. Worry too much about hydrogen right here the dashed hydrogen that we're not going to draw. Worry too much about. And hydrogen that we're not going to draw. Worry too much about. And then hydrogen that we're not going to draw. Worry too much about. And then we hydrogen that we're not going to draw. Worry too much about. And then we could
1:06:03
hydrogen right here the dashed hydrogen that we're not going to draw. Worry too much about. And hydrogen that we're not going to draw. Worry too much about. And then hydrogen that we're not going to draw. Worry too much about. And then we hydrogen that we're not going to draw. Worry too much about. And then we could hydrogen that we're not going to draw. Worry too much about. And then we could also hydrogen that we're not going to draw. Worry too much about. And then we could also have
1:06:13
hydrogen that we're not going to draw. Worry too much about. And then we could also have an draw. Worry too much about. And then we could also have an alkene draw. Worry too much about. And then we could also have an alkene where draw. Worry too much about. And then we could also have an alkene where the draw. Worry too much about. And then we could also have an alkene where the fennel draw. Worry too much about. And then we could also have an alkene where the fennel groups
1:06:22
then we could also have an alkene where the fennel groups. Are then we could also have an alkene where the fennel groups. Are on then we could also have an alkene where the fennel groups. Are then we could also have an alkene where the fennel groups. Are on we could also have an alkene where the fennel groups. Are on opposite we could also have an alkene where the fennel groups. Are on opposite sides we could also have an alkene where the fennel groups. Are on opposite sides of
1:06:32
we could also have an alkene where the fennel groups. Are on opposite sides of one alkene where the fennel groups. Are on opposite sides of one another alkene where the fennel groups. Are on opposite sides of one another like alkene where the fennel groups. Are on opposite sides of one another like this alkene where the fennel groups. Are on opposite sides of one another like this. So alkene where the fennel groups. Are on opposite sides of one another like this. So when
1:06:42
alkene where the fennel groups. Are on opposite sides of one another like this. So when you Are on opposite sides of one another like this. So when you take Are on opposite sides of one another like this. So when you take a alkene where the fennel groups. Are on opposite sides of one another like this. So when alkene where the fennel groups. Are on opposite sides of one another like this. So alkene where the fennel groups. Are on opposite sides of one another like this. So when you
1:06:51
Are on opposite sides of one another like this. So when you take Are on opposite sides of one another like this. So when you take a look Are on opposite sides of one another like this. So when you take a Are on opposite sides of one another like this. So when you take a look at Are on opposite sides of one another like this. So when you take a look at those Are on opposite sides of one another like this. So when you take a look at those two
1:07:00
another like this. So when you take a look at those two products another like this. So when you take a look at those two products right another like this. So when you take a look at those two products right here another like this. So when you take a look at those two products right here recall another like this. So when you take a look at those two products right here recall that take a look at those two products right here recall that the
1:07:09
take a look at those two products right here recall that the fennel take a look at those two products right here recall that the fennel group take a look at those two products right here recall that the fennel group is take a look at those two products right here recall that the fennel group is a two products right here recall that the fennel group is a Benzene two products right here recall that the fennel group is a Benzene ring
1:07:18
two products right here recall that the fennel group is a Benzene ring. And so two products right here recall that the fennel group is a Benzene ring. And two products right here recall that the fennel group is a Benzene ring. And two products right here recall that the fennel group is a Benzene ring. And so two products right here recall that the fennel group is a Benzene ring. And so that's that the fennel group is a Benzene ring. And so that's going to
1:07:27
that the fennel group is a Benzene ring. And so that's going to take that the fennel group is a Benzene ring. And so that's going to take up that the fennel group is a Benzene ring. And so that's going to take up if that the fennel group is a Benzene ring. And so that's going to take up if you that the fennel group is a Benzene ring. And so that's going to take up if you look that the fennel group is a Benzene ring. And so that's going to take up if you look at
1:07:37
Benzene ring. And so that's going to take up if you look at it Benzene ring. And so that's going to take up if you look at it in Benzene ring. And so that's going to take up if you look at it in terms of Benzene ring. And so that's going to take up if you look at it in terms of a Benzene ring. And so that's going to take up if you look at it in terms of a Benzene Benzene ring. And so that's going to take up if you look at it in terms of a Benzene ring
1:07:47
going to take up if you look at it in terms of a Benzene ring there's going to take up if you look at it in terms of a Benzene ring there's going to going to take up if you look at it in terms of a Benzene ring there's going going to take up if you look at it in terms of a Benzene ring there's going to be if you look at it in terms of a Benzene ring there's going to be a if you look at it in terms of a Benzene ring there's going to be a lot
1:07:56
if you look at it in terms of a Benzene ring there's going to be a lot of if you look at it in terms of a Benzene ring there's going to be a lot of steric if you look at it in terms of a Benzene ring there's going to be a lot of steric class there if you look at it in terms of a Benzene ring there's going to be a lot of steric class there. And Benzene ring there's going to be a lot of steric class there. And comp Benzene ring there's going to be a lot of steric class there. And compar
1:08:07
if you look at it in terms of a Benzene ring there's going to be a lot of steric class there. And Benzene ring there's going to be a lot of steric class there. And compared Benzene ring there's going to be a lot of steric class there. And compared to Benzene ring there's going to be a lot of steric class there. And compared Benzene ring there's going to be a lot of steric class there. And compared to this Benzene ring there's going to be a lot of steric class there. And compared to this. In
1:08:17
Benzene ring there's going to be a lot of steric class there. And compared to this. In that Benzene ring there's going to be a lot of steric class there. And compared to this. In Benzene ring there's going to be a lot of steric class there. And compared to this. In that Benzene ring there's going to be a lot of steric class there. And compared to this. In that when a lot of steric class there. And compared to this. In that when the
1:08:25
a lot of steric class there. And compared to this. In that when the federal a lot of steric class there. And compared to this. In that when the federal groups are a lot of steric class there. And compared to this. In that when the federal groups a lot of steric class there. And compared to this. In that when the federal groups are trans a lot of steric class there. And compared to this. In that when the federal groups are trans to
1:08:34
compared to this. In that when the federal groups are trans to one compared to this. In that when the federal groups are trans to one another compared to this. In that when the federal groups are trans to one another. That's compared to this. In that when the federal groups are trans to one another. That's a compared to this. In that when the federal groups are trans to one another. That's compared to this. In that when the federal groups are trans to one another. That's a
1:08:44
compared to this. In that when the federal groups are trans to one another. That's a going when the federal groups are trans to one another. That's a going to be when the federal groups are trans to one another. That's a going to when the federal groups are trans to one another. That's a going to be a when the federal groups are trans to one another. That's a going to be a lower when the federal groups are trans to one another. That's a going to be a lower energy
1:08:54
are trans to one another. That's a going to be a lower energy confirmation are trans to one another. That's a going to be a lower energy confirmation. And are trans to one another. That's a going to be a lower energy confirmation. And so are trans to one another. That's a going to be a lower energy confirmation. And so when are trans to one another. That's a going to be a lower energy confirmation. And are trans to one another. That's a going to be a lower energy confirmation. And so
1:09:04
are trans to one another. That's a going to be a lower energy confirmation. And so when are trans to one another. That's a going to be a lower energy confirmation. And so when we a going to be a lower energy confirmation. And so when we look a going to be a lower energy confirmation. And so when we look at a going to be a lower energy confirmation. And so when we look at this a going to be a lower energy confirmation. And so when we look at this reaction
1:09:13
a going to be a lower energy confirmation. And so when we look at this reaction here a going to be a lower energy confirmation. And so when we look at this reaction here we energy confirmation. And so when we look at this reaction here we are going to energy confirmation. And so when we look at this reaction here we are energy confirmation. And so when we look at this reaction here we are going to get energy confirmation. And so when we look at this reaction here we are going to get these
1:09:23
energy confirmation. And so when we look at this reaction here we are going to get these two we look at this reaction here we are going to get these two products we look at this reaction here we are going to get these two products but we look at this reaction here we are going to get these two products but this we look at this reaction here we are going to get these two products but this one reaction here we are going to get these two products but this one on the
1:09:32
reaction here we are going to get these two products but this one on reaction here we are going to get these two products but this one on the right reaction here we are going to get these two products but this one on the right is reaction here we are going to get these two products but this one on the right is going to reaction here we are going to get these two products but this one on the right is going to be get these two products but this one on the right is going to be the
1:09:42
get these two products but this one on the right is going to be the major get these two products but this one on the right is going to be the major. And get these two products but this one on the right is going to be the major. And this get these two products but this one on the right is going to be the major. And this one get these two products but this one on the right is going to be the major. And this one is get these two products but this one on the right is going to be the major. And
1:09:52
get these two products but this one on the right is going to be the major. And this get these two products but this one on the right is going to be the major. And this one get these two products but this one on the right is going to be the major. And this one is one on the right is going to be the major. And this one is going to one on the right is going to be the major. And this one is going to be one on the right is going to be the major. And this one is going to be the
1:10:02
one on the right is going to be the major. And this one is going to be the minor one on the right is going to be the major. And this one is going to be the minor. And one on the right is going to be the major. And this one is going to be the minor. And this one on the right is going to be the major. And this one is going to be the minor. And this is one on the right is going to be the major. And this one is going to be the minor. And
1:10:11
one on the right is going to be the major. And this one is going to be the minor. And this is one on the right is going to be the major. And this one is going to be the minor. And this the major. And this one is going to be the minor. And this is going to be the major. And this one is going to be the minor. And this is going to the major. And this one is going to be the minor. And this is going to be a the major. And this one is going to be the minor. And this is going to be a minor
1:10:20
the major. And this one is going to be the minor. And this is going to be a minor due the major. And this one is going to be the minor. And this is going to be a minor due to the major. And this one is going to be the minor. And this is going to be a minor due to the to be the minor. And this is going to be a minor due to the steric And this one is going to be the minor. And this is going to be a minor due to the steric argument
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minor. And this is going to be a minor due to the steric argument right minor. And this is going to be a minor due to the steric argument right here minor. And this is going to be a minor due to the steric argument right here. But minor. And this is going to be a minor due to the steric argument right here. But how minor. And this is going to be a minor due to the steric argument right here. But how do minor. And this is going to be a minor due to the steric argument right here. But how do we
1:10:39
minor. And this is going to be a minor due to the steric argument right here. But minor. And this is going to be a minor due to the steric argument right here. But how minor. And this is going to be a minor due to the steric argument right here. But how do minor. And this is going to be a minor due to the steric argument right here. But how do we minor. And this is going to be a minor due to the steric argument right here. But how do we get
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minor due to the steric argument right here. But how do we get these due to the steric argument right here. But how do we get these two due to the steric argument right here. But how do we get these two different due to the steric argument right here. But how do we get these two different products due to the steric argument right here. But how do we get these two different products how due to the steric argument right here. But how do we get these two different products how does
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1:11:06
two different products how does it how does the reaction proceed. And different products how does it how does the reaction proceed. And that's different products how does it how does the reaction proceed. And that's what two different products how does it how does the reaction proceed. And different products how does it how does the reaction proceed. And that's what the different products how does it how does the reaction proceed. And that's
1:11:16
different products how does it how does the reaction proceed. And that's what different products how does it how does the reaction proceed. And that's what the different products how does it how does the reaction proceed. And that's what the mechanism different products how does it how does the reaction proceed. And that's what the mechanism is how does the reaction proceed. And that's what the mechanism is useful how does the reaction proceed. And that's what the mechanism is useful for
1:11:26
how does the reaction proceed. And that's what the mechanism is useful for it's how does the reaction proceed. And that's what the mechanism is useful for it's going to how does the reaction proceed. And that's what the mechanism is useful for it's going to help how does the reaction proceed. And that's what the mechanism is useful for it's going to help us And that's what the mechanism is useful for it's going to help us understand
1:11:35
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useful for it's going to help us understand how we get these products right here useful for it's going to help us understand how we get these products right here. So useful for it's going to help us understand how we get these products right here. So our understand how we get these products right here. So our first useful for it's going to help us understand how we get these products right here. So useful for it's going to help us understand how we get these products right here. So our
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understand how we get these products right here. So our first understand how we get these products right here. So our first step understand how we get these products right here. So our first step. In understand how we get these products right here. So our first step. In a understand how we get these products right here. So our first step. In a e understand how we get these products right here. So our first step. In understand how we get these products right here. So our first step. In a
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understand how we get these products right here. So our first step. In a E1 understand how we get these products right here. So our first step. In a E1 mechanism understand how we get these products right here. So our first step. In a E1 mechanism is products right here. So our first step. In a E1 mechanism is what products right here. So our first step. In a E1 mechanism is what. It's products right here. So our first step. In a E1 mechanism is what. It's just
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products right here. So our first step. In a E1 mechanism is what. It's just like products right here. So our first step. In a E1 mechanism is what. It's just like the products right here. So our first step. In a E1 mechanism is what. It's products right here. So our first step. In a E1 mechanism is what. It's just products right here. So our first step. In a E1 mechanism is what. It's just like products right here. So our first step. In a E1 mechanism is what. It's just like the
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products right here. So our first step. In a E1 mechanism is what. It's just like the sn1 first step. In a E1 mechanism is what. It's just like the sn1 mechanism first step. In a E1 mechanism is what. It's just like the sn1 mechanism the first step. In a E1 mechanism is what. It's just like the sn1 mechanism the leaving mechanism is what. It's just like the sn1 mechanism the leaving group mechanism is what. It's just like the sn1 mechanism the leaving group has
1:12:35
mechanism is what. It's just like the sn1 mechanism the leaving group has to mechanism is what. It's just like the sn1 mechanism the leaving group has to leave mechanism is what. It's just like the sn1 mechanism the leaving group has to leave. So just like the sn1 mechanism the leaving group has to leave. So that just like the sn1 mechanism the leaving group has to leave. So that would mechanism is what. It's just like the sn1 mechanism the leaving group has to leave. So
1:12:44
just like the sn1 mechanism the leaving group has to leave. So that would be just like the sn1 mechanism the leaving group has to leave. So that just like the sn1 mechanism the leaving group has to leave. So that would be just like the sn1 mechanism the leaving group has to leave. So that would just like the sn1 mechanism the leaving group has to leave. So that would be our just like the sn1 mechanism the leaving group has to leave. So that would be our header
1:12:54
just like the sn1 mechanism the leaving group has to leave. So that would be our the leaving group has to leave. So that would be our headerolysis the leaving group has to leave. So that would be our headerolysis step the leaving group has to leave. So that would be our headerolysis step and the leaving group has to leave. So that would be our headerolysis step and that the leaving group has to leave. So that would be our headerolysis step and that would
1:13:03
So that would be our headerolysis step and that would generate So that would be our headerolysis step and that would generate a So that would be our headerolysis step and that would generate a species So that would be our headerolysis step and that would generate a species that headerolysis step and that would generate a species that looks like headerolysis step and that would generate a species that looks like this headerolysis step and that would generate a species that looks like this. Hey
1:13:13
headerolysis step and that would generate a species that looks like this. Hey we headerolysis step and that would generate a species that looks like this. Hey we would have headerolysis step and that would generate a species that looks like this. Hey we would headerolysis step and that would generate a species that looks like this. Hey headerolysis step and that would generate a species that looks like this. Hey we
1:13:22
headerolysis step and that would generate a species that looks like this. Hey we would headerolysis step and that would generate a species that looks like this. Hey we would have headerolysis step and that would generate a species that looks like this. Hey we would have our generate a species that looks like this. Hey we would have our hydrogen generate a species that looks like this. Hey we would have our hydrogen still
1:13:30
generate a species that looks like this. Hey we would have our hydrogen still there generate a species that looks like this. Hey we would have our hydrogen still there. PH generate a species that looks like this. Hey we would have our hydrogen still there. PH and generate a species that looks like this. Hey we would have our hydrogen still there. PH and are like this. Hey we would have our hydrogen still there. PH and are methyl
1:13:39
like this. Hey we would have our hydrogen still there. PH and are methyl. And like this. Hey we would have our hydrogen still there. PH and are methyl. And then like this. Hey we would have our hydrogen still there. PH and are methyl. And then we like this. Hey we would have our hydrogen still there. PH and are methyl. And like this. Hey we would have our hydrogen still there. PH and are methyl. And then like this. Hey we would have our hydrogen still there. PH and are methyl. And then we
1:13:49
like this. Hey we would have our hydrogen still there. PH and are methyl. And then we would like this. Hey we would have our hydrogen still there. PH and are methyl. And then we would have hydrogen still there. PH and are methyl. And then we would have. Let's still there. PH and are methyl. And then we would have. Let's see still there. PH and are methyl. And then we would have. Let's see here Hey we would have our hydrogen still there. PH and are methyl. And then we would have. Let's
1:13:58
still there. PH and are methyl. And then we would have. Let's see still there. PH and are methyl. And then we would have. Let's see here still there. PH and are methyl. And then we would have. Let's see here. And still there. PH and are methyl. And then we would have. Let's see here. And then still there. PH and are methyl. And then we would have. Let's see here. And still there. PH and are methyl. And then we would have. Let's see here. And then
1:14:08
still there. PH and are methyl. And then we would have. Let's see here. And then our still there. PH and are methyl. And then we would have. Let's see here. And then our pH PH and are methyl. And then we would have. Let's see here. And then our pH right PH and are methyl. And then we would have. Let's see here. And then our pH right there PH and are methyl. And then we would have. Let's see here. And then our pH right there and
1:14:17
PH and are methyl. And then we would have. Let's see here. And then our pH right there and that would have. Let's see here. And then our pH right there and that is would have. Let's see here. And then our pH right there and that is going to would have. Let's see here. And then our pH right there and that is going to be would have. Let's see here. And then our pH right there and that is going to be a see here. And then our pH right there and that is going to be a. Second
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see here. And then our pH right there and that is going to be a. Secondary see here. And then our pH right there and that is going to be a. Secondary car see here. And then our pH right there and that is going to be a. Secondary right there and that is going to be a. Secondary. Secondary carbocation right there and that is going to be a. Secondary. Secondary carbocation. Now right there and that is going to be a. Secondary. Secondary carbocation. Now we
1:14:36
that is going to be a. Secondary. Secondary carbocation. Now we can that is going to be a. Secondary. Secondary carbocation. Now we can take right there and that is going to be a. Secondary. Secondary carbocation. Now right there and that is going to be a. Secondary. Secondary carbocation. Now we that is going to be a. Secondary. Secondary carbocation. Now we can that is going to be a. Secondary. Secondary carbocation. Now we can take Secondary. Secondary carbocation. Now we can take that
1:14:45
Secondary. Secondary carbocation. Now we can take that the Secondary. Secondary carbocation. Now we can take that the way Secondary. Secondary carbocation. Now we can take that the way that's Secondary. Secondary carbocation. Now we can take that the way that's looking carbocation. Now we can take that the way that's looking there carbocation. Now we can take that the way that's looking there. Let's see carbocation. Now we can take that the way that's looking there. Let's
1:14:56
carbocation. Now we can take that the way that's looking there. Let's see here carbocation. Now we can take that the way that's looking there. Let's see carbocation. Now we can take that the way that's looking there. Let's carbocation. Now we can take that the way that's looking there. Let's see here Now we can take that the way that's looking there. Let's see here. What Now we can take that the way that's looking there. Let's see here. What we
1:15:06
Now we can take that the way that's looking there. Let's see here. What we have Now we can take that the way that's looking there. Let's see here. What Now we can take that the way that's looking there. Let's see here. What we Now we can take that the way that's looking there. Let's see here. What we have Now we can take that the way that's looking there. Let's see here. What we have going Now we can take that the way that's looking there. Let's see here. What we have going on
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Now we can take that the way that's looking there. Let's see here. What we have going on here that's looking there. Let's see here. What we have going on here is that's looking there. Let's see here. What we have going on here is there's that's looking there. Let's see here. What we have going on here is there's free that's looking there. Let's see here. What we have going on here is there's free Bond that's looking there. Let's see here. What we have going on here is there's free Bond rotation
1:15:26
here. What we have going on here is there's free Bond rotation right here. What we have going on here is there's free Bond rotation right there here. What we have going on here is there's free Bond rotation right there. Because going on here is there's free Bond rotation right there. Because that's here. What we have going on here is there's free Bond rotation right there. Because going on here is there's free Bond rotation right there. Because that's
1:15:36
going on here is there's free Bond rotation right there. Because that's a single going on here is there's free Bond rotation right there. Because that's a there's free Bond rotation right there. Because that's a single Bond there's free Bond rotation right there. Because that's a single Bond so there's free Bond rotation right there. Because that's a single Bond so that's there's free Bond rotation right there. Because that's a single Bond so that's constantly
1:15:46
there. Because that's a single Bond so that's constantly spinning there. Because that's a single Bond so that's constantly spinning. And there. Because that's a single Bond so that's constantly spinning. And so there. Because that's a single Bond so that's constantly spinning. And so we there. Because that's a single Bond so that's constantly spinning. And so we can there. Because that's a single Bond so that's constantly spinning. And
1:15:55
there. Because that's a single Bond so that's constantly spinning. And so we there. Because that's a single Bond so that's constantly spinning. And so there. Because that's a single Bond so that's constantly spinning. And so we can there. Because that's a single Bond so that's constantly spinning. And so we can get there. Because that's a single Bond so that's constantly spinning. And so we can get to Bond so that's constantly spinning. And so we can get to. Two
1:16:05
Bond so that's constantly spinning. And so we can get to. Two different Bond so that's constantly spinning. And so we can get to. Two Bond so that's constantly spinning. And so we can get to. Two different that's constantly spinning. And so we can get to. Two different confirmations that's constantly spinning. And so we can get to. Two different confirmations here that's constantly spinning. And so we can get to. Two different confirmations here that
1:16:15
that's constantly spinning. And so we can get to. Two different confirmations here that will so we can get to. Two different confirmations here that will lead so we can get to. Two different confirmations here that will lead to so we can get to. Two different confirmations here that will lead to these so we can get to. Two different confirmations here that will lead to these products So So we So So we can So we So we can So we can take So we can take the So we can take the molecule
1:16:25
So we can take the molecule or So we can take the molecule or this So we can take the molecule or this carbocation So we can take the molecule or this carbocation and So we can take the molecule or this carbocation and rotate So we can take the molecule or this carbocation and rotate around So we can take the molecule or this carbocation and rotate around that So we can take the molecule or this carbocation and rotate around that single
1:16:35
So we can take the molecule or this carbocation and rotate around that single Bond So we can take the molecule or this carbocation and rotate around that single Bond carbon this carbocation and rotate around that single Bond carbon carbon this carbocation and rotate around that single Bond carbon carbon single this carbocation and rotate around that single Bond carbon carbon single Bond this carbocation and rotate around that single Bond carbon carbon single Bond and
1:16:45
this carbocation and rotate around that single Bond carbon carbon single Bond and get this carbocation and rotate around that single Bond carbon carbon single Bond and get this around that single Bond carbon carbon single Bond and get this confirmation around that single Bond carbon carbon single Bond and get this confirmation right around that single Bond carbon carbon single Bond and get this confirmation right here
1:16:53
around that single Bond carbon carbon single Bond and get this confirmation right here where carbon single Bond and get this confirmation right here where you carbon single Bond and get this confirmation right here where you have carbon single Bond and get this confirmation right here where you have the carbon single Bond and get this confirmation right here where you have the two carbon single Bond and get this confirmation right here where you have the two phenyl groups
1:17:02
confirmation right here where you have the two phenyl groups on confirmation right here where you have the two phenyl groups on opposite confirmation right here where you have the two phenyl groups on opposite sides confirmation right here where you have the two phenyl groups on opposite sides of confirmation right here where you have the two phenyl groups on opposite sides of this you have the two phenyl groups on opposite sides of this carbon-carbon
1:17:12
you have the two phenyl groups on opposite sides of this carbon-carbon single you have the two phenyl groups on opposite sides of this carbon-carbon single Bond you have the two phenyl groups on opposite sides of this carbon-carbon single Bond right on opposite sides of this carbon-carbon single Bond right there on opposite sides of this carbon-carbon single Bond right there. And on opposite sides of this carbon-carbon single Bond right there. And then
1:17:21
on opposite sides of this carbon-carbon single Bond right there. And then from this on opposite sides of this carbon-carbon single Bond right there. And then from on opposite sides of this carbon-carbon single Bond right there. And on opposite sides of this carbon-carbon single Bond right there. And then on opposite sides of this carbon-carbon single Bond right there. And then from on opposite sides of this carbon-carbon single Bond right there. And then from this
1:17:31
on opposite sides of this carbon-carbon single Bond right there. And then from this point carbon-carbon single Bond right there. And then from this point on carbon-carbon single Bond right there. And then from this point on you carbon-carbon single Bond right there. And then from this point on you can carbon-carbon single Bond right there. And then from this point on you can take carbon-carbon single Bond right there. And then from this point on you can take your
1:17:41
carbon-carbon single Bond right there. And then from this point on you can take your ethanol there. And then from this point on you can take your ethanol. Right there. And then from this point on you can take your ethanol. Right here there. And then from this point on you can take your ethanol. Right there. And then from this point on you can take your ethanol. Right here there. And then from this point on you can take your ethanol. Right here and
1:17:50
there. And then from this point on you can take your ethanol. Right here and represent there. And then from this point on you can take your ethanol. Right here and represent it like on you can take your ethanol. Right here and represent it like this can take your ethanol. Right here and represent it like this now can take your ethanol. Right here and represent it like this now. So can take your ethanol. Right here and represent it like this now. So that's
1:17:59
can take your ethanol. Right here and represent it like this now. So can take your ethanol. Right here and represent it like this now. So that's can take your ethanol. Right here and represent it like this now. So that's ethanol can take your ethanol. Right here and represent it like this now. So that's ethanol that's here and represent it like this now. So that's ethanol that's ethanol here and represent it like this now. So that's ethanol that's ethanol and
1:18:09
here and represent it like this now. So that's ethanol that's ethanol and ethanol here and represent it like this now. So that's ethanol that's ethanol and ethanol can here and represent it like this now. So that's ethanol that's ethanol and ethanol can act this now. So that's ethanol that's ethanol and ethanol can act as this now. So that's ethanol that's ethanol and ethanol can act as the this now. So that's ethanol that's ethanol and ethanol can act as the base
1:18:19
this now. So that's ethanol that's ethanol and ethanol can act as the base. Remember this now. So that's ethanol that's ethanol and ethanol can act as the base. Remember the that's ethanol and ethanol can act as the base. Remember the base was that's ethanol and ethanol can act as the base. Remember the base that's ethanol and ethanol can act as the base. Remember the base was just and ethanol can act as the base. Remember the base was just represented
1:18:29
and ethanol can act as the base. Remember the base was just represented by and ethanol can act as the base. Remember the base was just represented by the and ethanol can act as the base. Remember the base was just represented by the negative and ethanol can act as the base. Remember the base was just represented by the negative B Remember the base was just represented by the negative B right Remember the base was just represented by the negative B right there
1:18:38
Remember the base was just represented by the negative B right there so Remember the base was just represented by the negative B right there so are Remember the base was just represented by the negative B right there so are ethanol Remember the base was just represented by the negative B right there so are ethanol is represented by the negative B right there so are ethanol is the represented by the negative B right there so are ethanol is the base that's
1:18:47
represented by the negative B right there so are ethanol is the base represented by the negative B right there so are ethanol is the base that's going to represented by the negative B right there so are ethanol is the base that's going to come right there so are ethanol is the base that's going to come and right there so are ethanol is the base that's going to come and Abstract right there so are ethanol is the base that's going to come and Abstract the
1:18:57
right there so are ethanol is the base that's going to come and Abstract the proton right there so are ethanol is the base that's going to come and Abstract the proton. In right there so are ethanol is the base that's going to come and Abstract the proton. In a right there so are ethanol is the base that's going to come and Abstract the proton. In right there so are ethanol is the base that's going to come and Abstract the proton. In a
1:19:06
the base that's going to come and Abstract the proton. In a electrophile the base that's going to come and Abstract the proton. In a electrophile elimination and Abstract the proton. In a electrophile elimination mechanism and Abstract the proton. In a electrophile elimination mechanism. This and Abstract the proton. In a electrophile elimination mechanism. This carbon and Abstract the proton. In a electrophile elimination mechanism. This carbon hydrogen
1:19:15
electrophile elimination mechanism. This carbon hydrogen is electrophile elimination mechanism. This carbon hydrogen is going electrophile elimination mechanism. This carbon hydrogen is going bonds electrophile elimination mechanism. This carbon hydrogen is going bonds going electrophile elimination mechanism. This carbon hydrogen is going bonds going to mechanism. This carbon hydrogen is going bonds going to break. And
1:19:24
electrophile elimination mechanism. This carbon hydrogen is going bonds going to break mechanism. This carbon hydrogen is going bonds going to break. And put mechanism. This carbon hydrogen is going bonds going to break. And put the mechanism. This carbon hydrogen is going bonds going to break. And mechanism. This carbon hydrogen is going bonds going to break. And put mechanism. This carbon hydrogen is going bonds going to break. And put the
1:19:33
mechanism. This carbon hydrogen is going bonds going to break. And put the electrons mechanism. This carbon hydrogen is going bonds going to break. And put the electrons there mechanism. This carbon hydrogen is going bonds going to break. And put the electrons there. And is going bonds going to break. And put the electrons there. And we're bonds going to break. And put the electrons there. And we're keeping bonds going to break. And put the electrons there. And we're keeping everything
1:19:43
bonds going to break. And put the electrons there. And we're keeping everything where bonds going to break. And put the electrons there. And we're keeping everything where it's bonds going to break. And put the electrons there. And we're keeping everything where it's at the electrons there. And we're keeping everything where it's at. So the electrons there. And we're keeping everything where it's at. So what the electrons there. And we're keeping everything where it's at. So what do I
1:19:54
the electrons there. And we're keeping everything where it's at. So what do I mean the electrons there. And we're keeping everything where it's at. So the electrons there. And we're keeping everything where it's at. So what the electrons there. And we're keeping everything where it's at. So what do I the electrons there. And we're keeping everything where it's at. So what do I mean the electrons there. And we're keeping everything where it's at. So what do I mean by
1:20:03
we're keeping everything where it's at. So what do I mean by that we're keeping everything where it's at. So what do I mean by that. Do we're keeping everything where it's at. So what do I mean by that. Do you we're keeping everything where it's at. So what do I mean by that. Do you see here we're keeping everything where it's at. So what do I mean by that. Do you see we're keeping everything where it's at. So what do I mean by that. Do
1:20:13
we're keeping everything where it's at. So what do I mean by that. Do you we're keeping everything where it's at. So what do I mean by that. Do you see we're keeping everything where it's at. So what do I mean by that. Do you see here we're keeping everything where it's at. So what do I mean by that. Do you see here that where it's at. So what do I mean by that. Do you see here that this where it's at. So what do I mean by that. Do you see here that this carbon
1:20:23
where it's at. So what do I mean by that. Do you see here that this carbon carbon where it's at. So what do I mean by that. Do you see here that this carbon carbon bond where it's at. So what do I mean by that. Do you see here that this carbon carbon bond is now where it's at. So what do I mean by that. Do you see here that this carbon carbon bond is by that. Do you see here that this carbon carbon bond is now going by that. Do you see here that this carbon carbon bond is now going to
1:20:33
by that. Do you see here that this carbon carbon bond is now going to turn you see here that this carbon carbon bond is now going to turn into you see here that this carbon carbon bond is now going to turn into a you see here that this carbon carbon bond is now going to turn into a. Al you see here that this carbon carbon bond is now going to turn into a. ALK you see here that this carbon carbon bond is now going to turn into a. Alkene
1:20:42
you see here that this carbon carbon bond is now going to turn into a. Alkene. And you see here that this carbon carbon bond is now going to turn into a. Alkene. And I you see here that this carbon carbon bond is now going to turn into a. Alkene. And I can you see here that this carbon carbon bond is now going to turn into a. Alkene. And I can see you see here that this carbon carbon bond is now going to turn into a. Alkene. And
1:20:51
you see here that this carbon carbon bond is now going to turn into a. Alkene. And I you see here that this carbon carbon bond is now going to turn into a. Alkene. And I can you see here that this carbon carbon bond is now going to turn into a. Alkene. And I can see carbon bond is now going to turn into a. Alkene. And I can see that carbon bond is now going to turn into a. Alkene. And I can see that this carbon bond is now going to turn into a. Alkene. And I can see that this fennel and
1:21:00
carbon bond is now going to turn into a. Alkene. And I can see that this fennel carbon bond is now going to turn into a. Alkene. And I can see that this fennel and that carbon bond is now going to turn into a. Alkene. And I can see that this fennel and that fennel into a. Alkene. And I can see that this fennel and that fennel are into a. Alkene. And I can see that this fennel and that fennel are on into a. Alkene. And I can see that this fennel and that fennel are on opposite
1:21:10
into a. Alkene. And I can see that this fennel and that fennel are on opposite sides into a. Alkene. And I can see that this fennel and that fennel are on opposite sides of into a. Alkene. And I can see that this fennel and that fennel are on opposite sides of that that this fennel and that fennel are on opposite sides of that double fennel and that fennel are on opposite sides of that double bond fennel and that fennel are on opposite sides of that double bond so
1:21:19
fennel and that fennel are on opposite sides of that double bond so my and that fennel are on opposite sides of that double bond so my friend is and that fennel are on opposite sides of that double bond so my friend is there and that fennel are on opposite sides of that double bond so my friend is there the other and that fennel are on opposite sides of that double bond so my friend is there the sides of that double bond so my friend is there the other fennel's
1:21:29
sides of that double bond so my friend is there the other fennel's there sides of that double bond so my friend is there the other fennel's there. I sides of that double bond so my friend is there the other fennel's there. I have sides of that double bond so my friend is there the other fennel's there. I have a sides of that double bond so my friend is there the other fennel's there. I have a hyd sides of that double bond so my friend is there the other fennel's there. I
1:21:39
sides of that double bond so my friend is there the other fennel's there. I have sides of that double bond so my friend is there the other fennel's there. I have a friend is there the other fennel's there. I have a hydrogen friend is there the other fennel's there. I have a hydrogen here friend is there the other fennel's there. I have a hydrogen here that's friend is there the other fennel's there. I have a hydrogen here that's not
1:21:49
friend is there the other fennel's there. I have a hydrogen here that's not shown fennel's there. I have a hydrogen here that's not shown over fennel's there. I have a hydrogen here that's not shown over there fennel's there. I have a hydrogen here that's not shown over there and fennel's there. I have a hydrogen here that's not shown over there and then fennel's there. I have a hydrogen here that's not shown over there and then what
1:21:59
fennel's there. I have a hydrogen here that's not shown over there and then what else hydrogen here that's not shown over there and then what else do I fennel's there. I have a hydrogen here that's not shown over there and then what else do hydrogen here that's not shown over there and then what else do I have hydrogen here that's not shown over there and then what else do I have left hydrogen here that's not shown over there and then what else do I have left to
1:22:08
hydrogen here that's not shown over there and then what else do I have left to look not shown over there and then what else do I have left to look for not shown over there and then what else do I have left to look for. The not shown over there and then what else do I have left to look for. The meth not shown over there and then what else do I have left to look for. The me not shown over there and then what else do I have left to look for. The methyl
1:22:18
not shown over there and then what else do I have left to look for. The methyl group not shown over there and then what else do I have left to look for. The not shown over there and then what else do I have left to look for. The methyl not shown over there and then what else do I have left to look for. The methyl group not shown over there and then what else do I have left to look for. The methyl group right what else do I have left to look for. The methyl group right there
1:22:27
what else do I have left to look for. The methyl group right there. And what else do I have left to look for. The methyl group right there. And so what else do I have left to look for. The methyl group right there. And so that's what else do I have left to look for. The methyl group right there. And so what else do I have left to look for. The methyl group right there. And what else do I have left to look for. The methyl group right there. And so that's
1:22:37
what else do I have left to look for. The methyl group right there. And so that's going to what else do I have left to look for. The methyl group right there. And so that's going to be for. The methyl group right there. And so that's going to be our for. The methyl group right there. And so that's going to be our major for. The methyl group right there. And so that's going to be our major product for. The methyl group right there. And so that's going to be our major product. What
1:22:47
for. The methyl group right there. And so that's going to be our major product. What we for. The methyl group right there. And so that's going to be our major product. What we can there. And so that's going to be our major product. What we can also for. The methyl group right there. And so that's going to be our major product. What for. The methyl group right there. And so that's going to be our major product. What we
1:22:56
for. The methyl group right there. And so that's going to be our major product. What we can there. And so that's going to be our major product. What we can also And so that's going to be our major product. What we can also have And so that's going to be our major product. What we can also have a And so that's going to be our major product. What we can also have a minor And so that's going to be our major product. What we can also have a minor product
1:23:05
And so that's going to be our major product. What we can also have a minor product and major product. What we can also have a minor product and it's here And so that's going to be our major product. What we can also have a minor product and it's major product. What we can also have a minor product and it's here when major product. What we can also have a minor product and it's here when this major product. What we can also have a minor product and it's here when this carbocation
1:23:15
major product. But we can also have a minor product and it's here when this carbocation have a minor product and it's here when this carbocation. Spins major product. But we can also have a minor product and it's here when this carbocation. SP have a minor product and it's here when this carbocation. Spins around have a minor product and it's here when this carbocation. Spins have a minor product and it's here when this carbocation. Spins around
1:23:24
have a minor product and it's here when this carbocation. Spins around that product and it's here when this carbocation. Spins around that single product and it's here when this carbocation. Spins around that single Bond product and it's here when this carbocation. Spins around that single bond product and it's here when this carbocation. Spins around that single bond to product and it's here when this carbocation. Spins around that single bond to have
1:23:34
product and it's here when this carbocation. Spins around that single bond to have a carbocation. Spins around that single bond to have a confirmation carbocation. Spins around that single bond to have a confirmation that carbocation. Spins around that single bond to have a confirmation that looks carbocation. Spins around that single bond to have a confirmation that looks like single bond to have a confirmation that looks like this single bond to have a confirmation that looks like this. And
1:23:44
single bond to have a confirmation that looks like this. And now single bond to have a confirmation that looks like this. And now we single bond to have a confirmation that looks like this. And now we would single bond to have a confirmation that looks like this. And now single bond to have a confirmation that looks like this. And single bond to have a confirmation that looks like this. And now we single bond to have a confirmation that looks like this. And now we would
1:23:54
Spins around that single bond to have a confirmation that looks like this. And now we would take have a confirmation that looks like this. And now we would take the have a confirmation that looks like this. And now we would take the same have a confirmation that looks like this. And now we would take the same ethanol have a confirmation that looks like this. And now we would take the same ethanol. Right here have a confirmation that looks like this. And now we would take the same ethanol. Here
1:24:04
have a confirmation that looks like this. And now we would take the same ethanol. Right here. We like this. And now we would take the same ethanol. Right here. We take that like this. And now we would take the same ethanol. Right here. We take have a confirmation that looks like this. And now we would take the same ethanol. Right here. We like this. And now we would take the same ethanol. Right here. We take like this. And now we would take the same ethanol. Right here. We take that
1:24:14
like this. And now we would take the same ethanol. Right here. We take that. Come like this. And now we would take the same ethanol. Right here. We take that. Come down like this. And now we would take the same ethanol. Right here. We take that. Come down here like this. And now we would take the same ethanol. Right here. We take that. Come down here grab the same ethanol. Right here. We take that. Come down here grab that ethanol. Right here. We take that. Come down here grab that proton
1:24:23
ethanol. Right here. We take that. Come down here grab that proton like ethanol. Right here. We take that. Come down here grab that proton like so ethanol. Right here. We take that. Come down here grab that proton like so. We ethanol. Right here. We take that. Come down here grab that proton like so. We would ethanol. Right here. We take that. Come down here grab that proton like so. We would break that. Come down here grab that proton like so. We would break the
1:24:33
ethanol. Right here. We take that. Come down here grab that proton like so. We ethanol. Right here. We take that. Come down here grab that proton like so. We would that. Come down here grab that proton like so. We would break the ethanol. Right here. We take that. Come down here grab that proton like so. We would break that. Come down here grab that proton like so. We would break the carbon down here grab that proton like so. We would break the carbon hydrogen
1:24:42
down here grab that proton like so. We would break the carbon hydrogen bond grab that proton like so. We would break the carbon hydrogen bond take grab that proton like so. We would break the carbon hydrogen bond take to two like so. We would break the carbon hydrogen bond take to two electrons like so. We would break the carbon hydrogen bond take to two electrons put like so. We would break the carbon hydrogen bond take to two electrons put it between
1:24:51
like so. We would break the carbon hydrogen bond take to two electrons put it like so. We would break the carbon hydrogen bond take to two electrons put it between the like so. We would break the carbon hydrogen bond take to two electrons put it between the two carbon hydrogen bond take the two electrons put it between the two carbons hydrogen bond take the two electrons put it between the two carbons. And hydrogen bond take the two electrons put it between the two carbons. And so
1:25:01
hydrogen bond take the two electrons put it between the two carbons. And so I hydrogen bond take the two electrons put it between the two carbons. And so I take hydrogen bond take the two electrons put it between the two carbons. And so I take those hydrogen bond take the two electrons put it between the two carbons. And hydrogen bond take the two electrons put it between the two carbons. And so hydrogen bond take the two electrons put it between the two carbons. And so I
1:25:11
hydrogen bond take the two electrons put it between the two carbons. And so I take hydrogen bond take the two electrons put it between the two carbons. And so I take those hydrogen bond take the two electrons put it between the two carbons. And so I take those two electrons put it between the two carbons. And so I take those two carbons electrons put it between the two carbons. And so I take those two carbons just
1:25:19
electrons put it between the two carbons. And so I take those two carbons just draw electrons put it between the two carbons. And so I take those two carbons just draw the electrons put it between the two carbons. And so I take those two carbons just draw the alkene carbons. And so I take those two carbons just draw the alkene like carbons. And so I take those two carbons just draw the alkene like that carbons. And so I take those two carbons just draw the alkene like that I
1:25:28
carbons. And so I take those two carbons just draw the alkene like that I see carbons. And so I take those two carbons just draw the alkene like that I see the carbons. And so I take those two carbons just draw the alkene like that I see the fennel carbons. And so I take those two carbons just draw the alkene like that I see the fennel is carbons. And so I take those two carbons just draw the alkene like that I see the fennel is on
1:25:37
carbons just draw the alkene like that I see the fennel is on this carbons just draw the alkene like that I see the fennel is on this side just draw the alkene like that I see the fennel is on this side. The just draw the alkene like that I see the fennel is on this side. The hyd just draw the alkene like that I see the fennel is on this side. The hydrogen just draw the alkene like that I see the fennel is on this side. The hydrog
1:25:46
just draw the alkene like that I see the fennel is on this side. The just draw the alkene like that I see the fennel is on this side. The hydrogen just draw the alkene like that I see the fennel is on this side. The hydrogen here just draw the alkene like that I see the fennel is on this side. The hydrogen here is just draw the alkene like that I see the fennel is on this side. The hydrogen here is not
1:25:54
just draw the alkene like that I see the fennel is on this side. The hydrogen here is not shown see the fennel is on this side. The hydrogen here is not shown go see the fennel is on this side. The hydrogen here is not shown go on the see the fennel is on this side. The hydrogen here is not shown go on see the fennel is on this side. The hydrogen here is not shown go on the other see the fennel is on this side. The hydrogen here is not shown go on the other side
1:26:04
see the fennel is on this side. The hydrogen here is not shown go on the other side. But see the fennel is on this side. The hydrogen here is not shown go on the other side. But now The hydrogen here is not shown go on the other side. But now what see the fennel is on this side. The hydrogen here is not shown go on the other side. But see the fennel is on this side. The hydrogen here is not shown go on the other side. But now The hydrogen here is not shown go on the other side. But now what
1:26:13
The hydrogen here is not shown go on the other side. But now what do The hydrogen here is not shown go on the other side. But now what do I The hydrogen here is not shown go on the other side. But now what do I see The hydrogen here is not shown go on the other side. But now what do I see here The hydrogen here is not shown go on the other side. But now what do I see here this The hydrogen here is not shown go on the other side. But now what do I see here this fennel
1:26:23
go on the other side. But now what do I see here this fennel and go on the other side. But now what do I see here this fennel and this go on the other side. But now what do I see here this fennel and this fennel go on the other side. But now what do I see here this fennel and this fennel are go on the other side. But now what do I see here this fennel and this fennel are on go on the other side. But now what do I see here this fennel and this fennel are on the
1:26:33
go on the other side. But now what do I see here this fennel and this fennel are on the same what do I see here this fennel and this fennel are on the same side what do I see here this fennel and this fennel are on the same side of what do I see here this fennel and this fennel are on the same side of that what do I see here this fennel and this fennel are on the same side of that Bond what do I see here this fennel and this fennel are on the same side of that Bond right
1:26:42
fennel and this fennel are on the same side of that Bond right there fennel and this fennel are on the same side of that Bond right there so fennel and this fennel are on the same side of that Bond right there so the fennel and this fennel are on the same side of that Bond right there so the fennel's the same side of that Bond right there so the fennel's going to go fennel and this fennel are on the same side of that Bond right there so the fennel's going to
1:26:51
the same side of that Bond right there so the fennel's going to go right the same side of that Bond right there so the fennel's going to go right here the same side of that Bond right there so the fennel's going to go right here. Like the same side of that Bond right there so the fennel's going to go right here. Like so the same side of that Bond right there so the fennel's going to go right here. Like the same side of that Bond right there so the fennel's going to go right here. Like so
1:27:02
the same side of that Bond right there so the fennel's going to go right here. Like so the there so the fennel's going to go right here. Like so the hydrogen there so the fennel's going to go right here. Like so the hydrogen is there so the fennel's going to go right here. Like so the hydrogen is now there so the fennel's going to go right here. Like so the hydrogen is now gone there so the fennel's going to go right here. Like so the hydrogen is now gone so
1:27:11
there so the fennel's going to go right here. Like so the hydrogen is now gone so we there so the fennel's going to go right here. Like so the hydrogen is now gone so we are go right here. Like so the hydrogen is now gone so we are just go right here. Like so the hydrogen is now gone so we are just left go right here. Like so the hydrogen is now gone so we are just left with go right here. Like so the hydrogen is now gone so we are just left with our
1:27:20
go right here. Like so the hydrogen is now gone so we are just left with our. Are me go right here. Like so the hydrogen is now gone so we are just left with our. Are go right here. Like so the hydrogen is now gone so we are just left with our. Meth go right here. Like so the hydrogen is now gone so we are just left with our. Methyl go right here. Like so the hydrogen is now gone so we are just left with our. Methyl group hydrogen is now gone so we are just left with our. Methyl group. So
1:27:30
hydrogen is now gone so we are just left with our. Methyl group. So what hydrogen is now gone so we are just left with our. Methyl group. So what else hydrogen is now gone so we are just left with our. Methyl group. So what else do hydrogen is now gone so we are just left with our. Methyl group. So what else do we hydrogen is now gone so we are just left with our. Methyl group. So hydrogen is now gone so we are just left with our. Methyl group. So what
1:27:39
hydrogen is now gone so we are just left with our. Methyl group. So what else hydrogen is now gone so we are just left with our. Methyl group. So what else do hydrogen is now gone so we are just left with our. Methyl group. So what else do we so we are just left with our. Methyl group. So what else do we have so we are just left with our. Methyl group. So what else do we have on so we are just left with our. Methyl group. So what else do we have on the
1:27:48
so we are just left with our. Methyl group. So what else do we have on the on so we are just left with our. Methyl group. So what else do we have on the on the so we are just left with our. Methyl group. So what else do we have on the on the product so we are just left with our. Methyl group. So what else do we have on the on the product side Methyl group. So what else do we have on the on the product side here Methyl group. So what else do we have on the on the product side here. We
1:27:58
Methyl group. So what else do we have on the on the product side here. We do Methyl group. So what else do we have on the on the product side here. We do have Methyl group. So what else do we have on the on the product side here. We Methyl group. So what else do we have on the on the product side here. We do Methyl group. So what else do we have on the on the product side here. We do have Methyl group. So what else do we have on the on the product side here. We do have our
1:28:08
Methyl group. So what else do we have on the on the product side here. We do have our ethanol have on the on the product side here. We do have our ethanol piece have on the on the product side here. We do have our ethanol piece that have on the on the product side here. We do have our ethanol piece that we on the product side here. We do have our ethanol piece that we need on the product side here. We do have our ethanol piece that we need to
1:28:17
on the product side here. We do have our ethanol piece that we need to make on the product side here. We do have our ethanol piece that we need to make sure on the product side here. We do have our ethanol piece that we need to make sure we on the product side here. We do have our ethanol piece that we need to make sure we know on the product side here. We do have our ethanol piece that we need to make sure we know what have our ethanol piece that we need to make sure we know what that
1:28:26
have our ethanol piece that we need to make sure we know what that looks have our ethanol piece that we need to make sure we know what that looks like have our ethanol piece that we need to make sure we know what that looks like I'm that we need to make sure we know what that looks like I'm going to that we need to make sure we know what that looks like I'm going to try that we need to make sure we know what that looks like I'm going to try to
1:28:36
that we need to make sure we know what that looks like I'm going to try to slip that we need to make sure we know what that looks like I'm going to try to slip it that we need to make sure we know what that looks like I'm going to try to slip it in know what that looks like I'm going to try to slip it in. Right know what that looks like I'm going to try to slip it in. Right here know what that looks like I'm going to try to slip it in. Right
1:28:45
know what that looks like I'm going to try to slip it in. Right here know what that looks like I'm going to try to slip it in. Right here we're going to know what that looks like I'm going to try to slip it in. Right here we're going to have going to try to slip it in. Right here we're going to have our going to try to slip it in. Right here we're going to have our ethanol going to try to slip it in. Right here we're going to have our ethanol. Or
1:28:55
going to try to slip it in. Right here we're going to have our ethanol. Or what going to try to slip it in. Right here we're going to have our ethanol. Or going to try to slip it in. Right here we're going to have our ethanol. Or what what going to try to slip it in. Right here we're going to have our ethanol. Or what going to try to slip it in. Right here we're going to have our ethanol. Or what what is going to try to slip it in. Right here we're going to have our ethanol. Or what what is it
1:29:05
Right here we're going to have our ethanol. Or what what is it going to Right here we're going to have our ethanol. Or what what is it going to look Right here we're going to have our ethanol. Or what what is it going to look like Right here we're going to have our ethanol. Or what what is it going to look like in our ethanol. Or what what is it going to look like in this particular Right here we're going to have our ethanol. Or what what is it going to look like in this
1:29:14
our ethanol. Or what what is it going to look like in this particular case our ethanol. Or what what is it going to look like in this particular case. Well our ethanol. Or what what is it going to look like in this particular case. Well we our ethanol. Or what what is it going to look like in this particular case. Well we have our ethanol. Or what what is it going to look like in this particular case. Well we our ethanol. Or what what is it going to look like in this particular case. Well
1:29:25
our ethanol. Or what what is it going to look like in this particular case. Well we have going to look like in this particular case. Well we have attached going to look like in this particular case. Well we have attached. Another like in this particular case. Well we have attached. Another hydrogen like in this particular case. Well we have attached. Another hydrogen to like in this particular case. Well we have attached. Another hydrogen to it
1:29:34
like in this particular case. Well we have attached. Another hydrogen to it this like in this particular case. Well we have attached. Another hydrogen to it this auction like in this particular case. Well we have attached. Another hydrogen to it this auction atom Well we have attached. Another hydrogen to it this auction atom grabs Well we have attached. Another hydrogen to it this auction atom grabs that Well we have attached. Another hydrogen to it this auction atom grabs that proton
1:29:43
Well we have attached. Another hydrogen to it this auction atom grabs that proton so now Well we have attached. Another hydrogen to it this auction atom grabs that proton so Well we have attached. Another hydrogen to it this auction atom grabs that proton so now that hydrogen to it this auction atom grabs that proton so now that oxygen hydrogen to it this auction atom grabs that proton so now that oxygen is hydrogen to it this auction atom grabs that proton so now that oxygen is too
1:29:53
hydrogen to it this auction atom grabs that proton so now that oxygen is too hydrogens auction atom grabs that proton so now that oxygen is too hydrogens. And auction atom grabs that proton so now that oxygen is too hydrogens. And in auction atom grabs that proton so now that oxygen is too hydrogens. And in total auction atom grabs that proton so now that oxygen is too hydrogens. And in total the so now that oxygen is too hydrogens. And in total the oxygen
1:30:02
so now that oxygen is too hydrogens. And in total the oxygen atom so now that oxygen is too hydrogens. And in total the oxygen atom has so now that oxygen is too hydrogens. And in total the oxygen atom has three so now that oxygen is too hydrogens. And in total the oxygen atom has three bonds hydrogens. And in total the oxygen atom has three bonds so that's so now that oxygen is too hydrogens. And in total the oxygen atom has three bonds so
1:30:12
hydrogens. And in total the oxygen atom has three bonds so that's going to hydrogens. And in total the oxygen atom has three bonds so that's going to be hydrogens. And in total the oxygen atom has three bonds so that's going to be a hydrogens. And in total the oxygen atom has three bonds so that's going to be a positively oxygen atom has three bonds so that's going to be a positively charged oxygen atom has three bonds so that's going to be a positively charged. Eth
1:30:21
oxygen atom has three bonds so that's going to be a positively charged. Ethan And in total the oxygen atom has three bonds so that's going to be a positively charged. Ethanol three bonds so that's going to be a positively charged. Ethanol MO three bonds so that's going to be a positively charged. Ethanol mole three bonds so that's going to be a positively charged. Ethanol molecu three bonds so that's going to be a positively charged. Ethanol molecule
1:30:31
And in total the oxygen atom has three bonds so that's going to be a positively charged. Ethanol three bonds so that's going to be a positively charged. Ethanol molecule three bonds so that's going to be a positively charged. Ethanol molecule. So three bonds so that's going to be a positively charged. Ethanol molecule. So this three bonds so that's going to be a positively charged. Ethanol molecule. So this one three bonds so that's going to be a positively charged. Ethanol molecule. So
1:30:41
three bonds so that's going to be a positively charged. Ethanol molecule. So this three bonds so that's going to be a positively charged. Ethanol molecule. So this one three bonds so that's going to be a positively charged. Ethanol molecule. So this one would three bonds so that's going to be a positively charged. Ethanol molecule. So this one would this be a positively charged. Ethanol molecule. So this one would this one
1:30:49
be a positively charged. Ethanol molecule. So this one would this one right be a positively charged. Ethanol molecule. So this one would this one right here be a positively charged. Ethanol molecule. So this one would this one right here would be be a positively charged. Ethanol molecule. So this one would this one right here would be a positively charged. Ethanol molecule. So this one would this one right here would be would molecule. So this one would this one right here would be would lead
1:30:59
molecule. So this one would this one right here would be would lead to molecule. So this one would this one right here would be would lead to our molecule. So this one would this one right here would be would lead to our minor would this one right here would be would lead to our minor product would this one right here would be would lead to our minor product. So would this one right here would be would lead to our minor product. So if we
1:31:08
would this one right here would be would lead to our minor product. So if we clean would this one right here would be would lead to our minor product. So would this one right here would be would lead to our minor product. So if we would this one right here would be would lead to our minor product. So if we clean here would be would lead to our minor product. So if we clean this here would be would lead to our minor product. So if we clean this up
1:31:17
here would be would lead to our minor product. So if we clean this up a here would be would lead to our minor product. So if we clean this up a bit here would be would lead to our minor product. So if we clean this up a bit well here would be would lead to our minor product. So if we clean this up a bit well no here would be would lead to our minor product. So if we clean this up a bit well no I here would be would lead to our minor product. So if we clean this up a bit well no I think
1:31:27
minor product. So if we clean this up a bit well no I think we're good minor product. So if we clean this up a bit well no I think we're minor product. So if we clean this up a bit well no I think we're good there minor product. So if we clean this up a bit well no I think we're good there. So minor product. So if we clean this up a bit well no I think we're good there. So that's minor product. So if we clean this up a bit well no I think we're good there. So
1:31:38
minor product. So if we clean this up a bit well no I think we're good there. So that's minor product. So if we clean this up a bit well no I think we're good there. So that's the this up a bit well no I think we're good there. So that's the mechanism this up a bit well no I think we're good there. So that's the mechanism when this up a bit well no I think we're good there. So that's the mechanism when we well no I think we're good there. So that's the mechanism when we. For
1:31:48
well no I think we're good there. So that's the mechanism when we. For e well no I think we're good there. So that's the mechanism when we. For E1 well no I think we're good there. So that's the mechanism when we. For well no I think we're good there. So that's the mechanism when we. For E1 well no I think we're good there. So that's the mechanism when we. For E1 mechanisms well no I think we're good there. So that's the mechanism when we. For E1 mechanisms so
1:31:58
well no I think we're good there. So that's the mechanism when we. For E1 mechanisms so in there. So that's the mechanism when we. For E1 mechanisms so in the there. So that's the mechanism when we. For E1 mechanisms so in the next there. So that's the mechanism when we. For E1 mechanisms so in the next video there. So that's the mechanism when we. For E1 mechanisms so in the next video we there. So that's the mechanism when we. For E1 mechanisms so in the next video we will
1:32:08
there. So that's the mechanism when we. For E1 mechanisms so in the next video we will take when we. For E1 mechanisms so in the next video we will take a look when we. For E1 mechanisms so in the next video we will take a look at For E1 mechanisms so in the next video we will take a look at something For E1 mechanisms so in the next video we will take a look at something called For E1 mechanisms so in the next video we will take a look at something called an E2
1:32:17
For E1 mechanisms so in the next video we will take a look at something called an E2 mechanism
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