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Create an ether using a three-carbon alcohol and a two-carbon alcohol. Write out this reaction using line structures and name the product only.

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Final answer:

The reaction creates an ether from primary alcohols, forming a symmetrical compound named using alkox groups.


Explanation:

The product of this reaction sequence is an ether, ROCH₂R', so we have a synthetic method for making an ether from two alcohols, with the important restriction that one of the alcohols is primary.

It is important to realize that this reaction can only be used on primary alcohols and that the ether produced this way is symmetrical.

Ethers can be named by naming each of the two carbon groups as a separate word followed by a space and the word ether. The -OR group can also be named as a substituent using the group name, alkox


Learn more about Ether synthesis from primary alcohols here:

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