UNIT 7: Alcohols, Phenols and Ethers

Dehydration of alcohol is an example of:

Phenoxide ion stability is due to:

Boiling point order:

Phenol does not undergo:

Alcohol + carboxylic acid gives:

Ether is soluble in water due to:

Williamson synthesis follows:

Electron withdrawing group increases:

Weakest acid:

Strongest acid:

Ether formation from alcohol uses:

Phenol reacts with bromine water to form:

Ethers are:

Phenol is less acidic than:

Anisole is:

Ether cleavage occurs with:

Reimer-Tiemann reaction gives:

Kolbe reaction produces:

Phenol nitration gives:

Phenol gives violet color with:

Tertiary alcohol on oxidation gives:

Secondary alcohol oxidation gives:

Oxidation of primary alcohol gives:

Alcohol dehydration gives:

Phenol reacts with NaOH to form:

Tertiary alcohol reacts fastest in Lucas test because:

Lucas test distinguishes:

Reaction of alcohol with Na gives:

Phenol is more acidic than alcohol due to:

Boiling point of alcohols is high due to:

Methanol is industrially prepared from:

Phenol is prepared from benzene sulphonic acid by:

Hydrolysis of alkyl halides gives:

Ether formation involves reaction of:

Williamson synthesis is used to prepare:

Cumene process gives:

Phenol is prepared from chlorobenzene by:

Reduction of ketone gives:

Grignard reagent reacts with aldehydes to give:

Alcohols can be prepared by hydration of:

Ether is polar due to:

Alcohols show hydrogen bonding due to:

Phenol is:

Tertiary alcohol example:

Which is secondary alcohol?

Which is a primary alcohol?

General formula of alcohols is:

Ether linkage is:

Phenols differ from alcohols because –OH is attached to:

The functional group of alcohols is: