The product of intermolecular dehydration of alcohols is which class of compound?

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Intermolecular dehydration of alcohols yields an ether. In this process, two alcohol molecules react in the presence of acid and heat. One alcohol is protonated to create a good leaving group (water). When water leaves, the remaining species is highly electrophilic and can be attacked by a second alcohol molecule, forming an O–R–O linkage. The result is a new ether (R–O–R) with water removed; if identical alcohols react, you get a symmetrical ether, while differing alcohols give mixed ethers. This outcome distinguishes ethers from the other possible products, which would require different reaction pathways (oxidation or dehydrogenation) rather than this condensation.