Phenol is acidic because of the resonance stabilisation of its conjugate base, namely ……….

Phenol is acidic because of the resonance stabilisation of its conjjugate base, namely ……….

Strongest conjugate base is

Statement- 1 Phenols are more acidic than carboxylic acid Statement -2 Acidity depends on reasonance stabilisation of the conjugate base formed

Phenols are more acidic than aliphatic alcohols acidity of phenols can be further increased by the introduction of electron withdrawing groups in aromatic ring .Acidic nature of phenol is because of the resonance stabilization of phenoxide ion Arrange the given phanols in the increasing order of acidic strength

Phenols are more acidic than aliphatic alcohols acidity of phenols can be further increased by the introduction of electron withdrawing groups in aromatic ring .Acidic nature of phenol is because of the resonance stabilization of phenoxide ion Consider the following reactions major product the above reaction would be

Phenols are more acidic than aliphatic alcohols acidity of phenols can be further increased by the introduction of electron withdrawing groups in aromatic ring .Acidic nature of phenol is because of the resonance stabilization of phenoxide ion Which of the following will evolve CO_(2) gas with aqueous NaHCO_(3) ?

Give the resonance structure of the conjugate bases of the following :

The compound which is not resonance stabilised

Acid strength is measured by the position of equilibrium of ionization in water. In other words acid strength is the function of the stability of conjugate base of the acid. More is the stability of conjugate base of the acid, more is the acidity of acid. Arrange the given phenols in their decreasing order of acidity:

Phenol is more acidic than alcohol because :