11. Trans-1-bromo-2-methylcyclohexane will yield a non-Zaitsev elimination product (3- methylcyclohexene) upon reaction with KOH. Show this reaction by drawing the chair conformations of the reactant and product. Include the curved arrows and explain why the product is not a non-Zaitsev product.

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11. Trans-1-bromo-2-methylcyclohexane will yield a non-Zaitsev elimination product (3-
methylcyclohexene) upon reaction with KOH. Show this reaction by drawing the chair
conformations of the reactant and product. Include the curved arrows and explain why the
product is not a non-Zaitsev product. (
Transcribed Image Text:11. Trans-1-bromo-2-methylcyclohexane will yield a non-Zaitsev elimination product (3- methylcyclohexene) upon reaction with KOH. Show this reaction by drawing the chair conformations of the reactant and product. Include the curved arrows and explain why the product is not a non-Zaitsev product. (
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