Which functional group is formed by linking two alkyl groups through an oxygen atom?

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Multiple Choice

Which functional group is formed by linking two alkyl groups through an oxygen atom?

Explanation:
Two alkyl groups linked through an oxygen atom defines an ether. The oxygen is bonded to two carbon chains with single bonds, giving the characteristic R–O–R′ structure. This is different from alcohols, which have a hydroxyl group (–OH) on a single carbon; and from ketones and aldehydes, where oxygen is part of a carbonyl (C=O) and does not bridge two carbon groups. A common example is diethyl ether, C2H5–O–C2H5.

Two alkyl groups linked through an oxygen atom defines an ether. The oxygen is bonded to two carbon chains with single bonds, giving the characteristic R–O–R′ structure. This is different from alcohols, which have a hydroxyl group (–OH) on a single carbon; and from ketones and aldehydes, where oxygen is part of a carbonyl (C=O) and does not bridge two carbon groups. A common example is diethyl ether, C2H5–O–C2H5.

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