Question

organic reactions have competing pathways that lead to side products. indicate which side products could be produced in the dehydration of cyclohexanol to cyclohexene?

Answer 1

Therefore, cyclohexyl ether is most likely a byproduct of cyclohexanol's dehydration. Since it may co-distill with water and is miscible with water, it may be found in the initial distillate.

In this experiment, aqueous sulfuric acid dehydrates cyclohexanol to provide cyclohexene as the sole product [equation (1)], with no possibility of rearrangement. Cyclohexanol's dehydration Alkenes are frequently produced in organic chemistry through elimination reactions. The E1 and E2 mechanisms are the two most frequent pathways for this kind of reaction. Exothermic reactions occur when cyclohexanol and phosphoric acid are combined, but endothermic reactions occur when cyclohexanol and cyclohexene are combined.

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