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Phenol and other derivatives with a single hydroxyl group on the aromatic ring are not easily oxidized to form a ke is this? Select all that apply:. O Phenol is a secondary alcohol; secondary alcohols do not oxidize. O The carbon that the hydroxyl group is attached to in phenol does not have a hydrogen attached. Forming a double bond between the oxygen and the carbon would require breaking up the stable aromatic rin Phenol is a tertiary alcohol, which does not oxidize.

Phenol and other derivatives with a single hydroxyl group on the aromatic ring are not easily oxidized to form a ke is this? Select all that apply:. O Phenol is a secondary alcohol; secondary alcohols do not oxidize. O The carbon that the hydroxyl group is attached to in phenol does not have a hydrogen attached. Forming a double bond between the oxygen and the carbon would require breaking up the stable aromatic rin Phenol is a tertiary alcohol, which does not oxidize.

Chemistry: Principles and Practice
Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter22: Organic Chemistry And Biochemistry
Section: Chapter Questions
Problem 52QE
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Phenol and other derivatives with a single hydroxyl group on the aromatic ring are not easily oxidized to form a ketone. Why is this? Select all that apply: O Phenol is a secondary alcohol; secondary alcohols do not oxidize. O The carbon that the hydroxyl group is attached to in phenol does not have a hydrogen attached. Forming a double bond between the oxygen and the carbon would require breaking up the stable aromatic ring. Phenol is a tertiary alcohol, which does not oxidize.
Transcribed Image Text:Phenol and other derivatives with a single hydroxyl group on the aromatic ring are not easily oxidized to form a ketone. Why is this? Select all that apply: O Phenol is a secondary alcohol; secondary alcohols do not oxidize. O The carbon that the hydroxyl group is attached to in phenol does not have a hydrogen attached. Forming a double bond between the oxygen and the carbon would require breaking up the stable aromatic ring. Phenol is a tertiary alcohol, which does not oxidize.
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