The ionization constant of acetic acid is `1.74xx10^(-5)`. Calculate the degree of dissociation of acetic acid in its `0.05M` solution. Calculate the concentration of acetate ion in the solution and its `pH`.

The ionization constant of propanoic acid is 1.32xx10^(-5) . Calculate the degre of ionization of the acid in its 0.05M solution and also its pH . What will be its degree of ionization if the solution is 0.01M in HCl also ?

The ionization constant of HF is 3.2xx10^(-4) . Calculate the degree of dissociation of HF in its 0.02M solution. Calculate the concentration of all species present ( H_(3)O^(+) , F^(-) and HF ) in the solution and its pH .

The ionization constant of dimethylamine is 5.4xx10^(-4) . Calculate its degree of ionization in its 0.02M solution. What percentgae of dimethylamine is ionized if the solution is also 0.1M in NaOH ?

The degree of dissociation of an acid HA in 0.1 M solution is 0.1%. Its dissociation constant is

The ionization constant of chloroacetic acid is 1.65xx10^(-3) . What will be the pH of 0.1M acid and its 0.1M sodium salt solution ?

What is the pH of 0.001M aniline solution ? The ionization constant of aniline can be taken from Table 7.7 . Calculate the degree of ionization of aniline in the solution. Also calculate the ionization constant of the conjugate acid of aniline.

The first ionization constant of H_(2)S is 9.1xx10^(-8) . Calculate the concentration of HS^(-) ion in its 0.1M solution. How will this concentration be affected if the solution is 0.1M in HCl also ? If the second dissociation constant of H_(2)S is 1.2xx10^(-13) , calculate the concentration of S^(2-) under both conditions.

The ionization constant of nitrous acid is 4.5xx10^(-4) . Calculate the pH of 0.04M sodium nitrite solution and also its degree of hydrolysis.

The degree of ionization of a 0.1M bromoacetic acid solution is 0.132 . Calculate the pH of the solution and the pK_(a) of bromoacetic acid.