Classification of Alcohols and Ethers
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How are ethers classified according to the structure of their alkyl groups?
- A)By acidification of sodium phenoxide
- B)By oxidation of isopropylbenzene
- C)By reacting benzene with nitrous acid
- D)By heating benzene sulphonic acid
- A)Due to the presence of hydrogen bonding in ethers
- B)Because ethers have a weak polarity
- C)Because ethers do not form hydrogen bonds
- D)Due to the absence of alkyl groups in ethers
- A)The reaction of phenol with sodium bicarbonate
- B)The reaction of phenol with sodium hydroxide
- C)The reaction of phenol with dilute hydrochloric acid
- D)The reaction of phenol with sodium metal
How is the name of a polyhydric alcohol constructed according to the IUPAC naming system?
What type of groups do ethers contain according to IUPAC nomenclature?
What is one method by which phenol is obtained from chlorobenzene?
What are the steps involved in the mechanism of dehydration of ethanol?
What reagent is used to oxidize primary alcohols to aldehydes with good yield?
Why do ethers have boiling points that are much lower than those of alcohols?
What catalyst is used in the Friedel-Crafts reaction involving anisole?
How are alcohols and phenols classified according to the carbon atom's hybridization?
What is one reaction that demonstrates the acidic nature of phenol?