Asked by Marissa
How would you expect the following series of compounds to compare in behavior for SN1 vs SN2?
CH3CH=CHCH2Br
CH3CH2CH2Br
CH3C(-Br)=CHCH3
on the last one, Br is a substituent of the C and that C is double bonded to CHCH3
Please help! Even if someone could just help me get started on it, I am completely lost.
CH3CH=CHCH2Br
CH3CH2CH2Br
CH3C(-Br)=CHCH3
on the last one, Br is a substituent of the C and that C is double bonded to CHCH3
Please help! Even if someone could just help me get started on it, I am completely lost.
Answers
Answered by
DanH
Woops, sorry Marissa for the delay; just saw your question!
Remember, Sn1 reactions are based on the stability of the carbocations formed in the intermediate step. And Sn2 is favored if the carbocation formed is very unstable, thus it occurs in 1 step, without the intermediate carbocation. Do you know which of these 3 would form the most stable carbocation?
Remember, Sn1 reactions are based on the stability of the carbocations formed in the intermediate step. And Sn2 is favored if the carbocation formed is very unstable, thus it occurs in 1 step, without the intermediate carbocation. Do you know which of these 3 would form the most stable carbocation?
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