Dilution processes of different aqueous solutions, with water, are given in LIST-I. The effects of dilution of the solutions on `[H^(+)]` are given in LIST-II. (Note: Degree of dissociation `(alpha)` of weak acid and weak base is `ltlt` 1, degree of hydrolysis of salt `ltlt 1, [H^(+)]` represents the concentration of `H^(+)` ions)

Dilution processes of different aqueous solutions, with water, are given in LIST-I. The effects of dilution of the solutions on [H^(+)] . are given in LIST-II.(Note: Degree of dissociation (alpha) of weak acid and weak base is lt lt1 , degree of hydrolysis of salt lt lt1 , [H^(+)] represents the concentration of [H^(+)] ions) Match each process given in LIST-I with one or more effect(s) in LIST-II. The correct option is

Degree hydrolysis (h) of a salt of weak acid and a strong base is given by

Degree hydrolysis (h) of a salt of weak acid and a strong base is given by

According to Ostwald's dilution law, the degree of dissociation of weak acid given by

HA is a weak acid. The pH of 0.1 M HA solution is 2. What is the degree of dissociation (alpha) of HA ?

HA is a weak acid. The pH of 0.1 M HA solution is 2. What is the degree of dissociation (alpha) of HA ?