A 1,6-diester will produce a five-membered ring via a Dieckmann cyclization.

Name: A 1,6-diester will produce a five-membered ring via a Dieckmann cyclization.
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Question

Quizplus · Accepted Answer

In a Dieckmann cyclization, the two ester groups in a 1,6-diester will react to form a five-membered ring, as the reaction involves the nucleophilic attack of the enolate formed from one ester group on the carbonyl carbon of the other ester group, effectively bridging a five-atom distance.

A 1,6-Diester Will Produce a Five-Membered Ring Via a Dieckmann