Dehydrohalogenation of vinyl halides is essentially an E2 process. A stereochemical study revealed that (Z)-2-chloro-2-butendioic acid reacted 50 times faster than its E stereoisomer.1. Na+ NH2HO,C-c=c-co,H2. H,оFor the reaction below:Br1. Na* NH22. H3O*HPha Draw the structure of the major organic product.

In the E2 process, the proton and the leaving group which is opposite to the proton are removed in…

Delydrobalogenation of vinyi halides is essentially an E2 process. A stereochemical study revesled that (Zp-2-chloro-2-butendioic acid rescted 50 times faster than its E stereoisomer. COH 1. Na+ NH, 2. H,0" HO,C-c=c-co,H For the reaction below: 1. Na* NH2 2. H,0 Ph Daw the structue of the major organic product.

Delydrobalogenation of vinyi halides is essentially an E2 process. A stereochemical study revesled that (Zp-2-chloro-2-butendioic acid rescted 50 times faster than its E stereoisomer. COH 1. Na+ NH, 2. H,0" HO,C-c=c-co,H For the reaction below: 1. Na* NH2 2. H,0 Ph Daw the structue of the major organic product.

Organic Chemistry

8th Edition

ISBN:9781305580350

Author:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote

Publisher:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote

Chapter9: Nucleophilic Substitution And Β-elimination

Section9.7: Experimental Evidence For E1 And E2 Mechanisms

Problem 9.7P

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Dehydrohalogenation of vinyl halides is essentially an E2 process. A stercochemical study tevealed that (Z)-2-chloro-2-butendioic acid reacted 50 times faster than its E stereoisomer. 1. Na+ NH2 HO,C-C=c-co;H 2. H,0 COH For the reaction below CH,CH, 1. Na NH2 2. H,0 Draw the structure of the major organic product.
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