Question 12 Draw the appropriate Newman projection which leads to the major E2 ELIMINATION product. Hint: Review Chapter 10.3, the elimination can only occur if the leaving group (Cl, Br, I, OTS, etc) and beta-hydrogen atom (H) are in anti-periplanar conformation. Red bond = the location of a double bond in the final product and the direction of a Newman projection: draw anti-periplanar conformation (leading to major elimination product) B H H₂C C CH₂ ***** H,C. H H₂C CH H₂C Et Newman Newman H Et H Br CH₂ Et Newman Newman O A ов C

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Question 12
Draw the appropriate Newman projection which leads to the major E2 ELIMINATION product.
Hint: Review Chapter 10.3, the elimination can only occur if the leaving group (Cl, Br, I, OTS, etc) and beta-hydrogen atom (H) are in anti-periplanar conformation. Red bond = the location of a double bond in the final product and the direction of a Newman projection:
draw anti-periplanar conformation
(leading to major elimination product)
Br
A
H
H₁C.
H
H₂C
CH₂ H₂C
B
H
H₂C
C
CH₂
*****
Newman
Et
Newman
H
Et
H
Br
CH₂
Et
Newman
Newman
ФА
ов
ос
D
Transcribed Image Text:Question 12 Draw the appropriate Newman projection which leads to the major E2 ELIMINATION product. Hint: Review Chapter 10.3, the elimination can only occur if the leaving group (Cl, Br, I, OTS, etc) and beta-hydrogen atom (H) are in anti-periplanar conformation. Red bond = the location of a double bond in the final product and the direction of a Newman projection: draw anti-periplanar conformation (leading to major elimination product) Br A H H₁C. H H₂C CH₂ H₂C B H H₂C C CH₂ ***** Newman Et Newman H Et H Br CH₂ Et Newman Newman ФА ов ос D
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