Questions

Which one is more acidic carboxylic acid Phenol or alcohol?

Which one is more acidic carboxylic acid Phenol or alcohol?

The acidity of a carboxylic acid is higher than alcohols and even phenols. On the other hand in case of phenols, negative charge is less effectively delocalized over one oxygen atom and less electronegative carbon atoms in phenoxide ion.

What is the correct order of increasing acidity?

Ethanol < Phenol < Acetic acid < Chloroacetic acid.

Which is more acidic carboxylic acid or alcohol?

Answer : Carboxylic acids are more acidic than alcohols or phenols, although all of them have a hydrogen atom attached to an oxygen atom (—O—H) because the conjugate base of carboxylic acids or the carboxylate ion is stabilized by resonance.

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What is the correct order of acidity of alcohol water and Phenol?

Increasing order of acidity is ethanol < water < phenol.

What will the order of acidity among the alcohols?

In Alcohols primary alcohols are more acidic as compared to secondary alcohols which are more acidic as compared to tertiary alcohols. This is due to the weaker alkoxide ion which is due to the presence of $C{H_3}$ groups.

Why carboxylic acid is more reactive than phenol?

Carboxylic acids are more acidic than phenols because the negative charge in carboxylate anion is more spread out compared to the phenoxide ion, as there are two electronegative O-atoms in carboxylate anion compared to one in phenoxide ion.

Which of the following shows the correct order of increasing acidity phenol?

p- nitrophenol > o-nitrophenol > m-nitrophenol > phenol.

Which of the following is the correct order of acidic strength of phenols?

p-fluorophenol< p-nitrophenol< p-chlorophenol.

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What is the order of acidity of alcohol?

What is the acidic Order of alcohol?

Therefore, in the gas-phase, t-butanol is the most acidic alcohol, more acidic than isopropanol, followed by ethanol and methanol. In the gas phase, water is much less acidic than methanol, which is consistent with the difference in polarizibility between a proton and a methyl group.