Dissociation constant of `CH_(3)COOH` and ` NH_(4)OH` in squeous solution are `10^(-5)` if pH of a `CH_(3)COOH` solution is 3, what will be the pH of `NH_(4)OH` ?

At 25^(@)C , the dissociation constants of CH_(3)COOH and NH(4)OH in aqueous solution are almost same (10^(-5)) . If pH of same acetic acid solution is 3. The pH solution of NH_(4)OH of same conc. At the same temperature would be

Degree of dissocation of CH_(3)COOH and NH_(4)OH are the same. If 0.1 M solution of CH_(3)COOH has pH = 4.0 , them pH of 0.01 M NH_(4)OH will be

Dissociation constants of CH_(3)COOH and NH_(4)OH are 1.8xx10^(5) each at 25^(@)C . The equilibrium constant for the reaction of CH_(3)COOH and NH_(4)OH will be -

Dissociation constants of CH_(3)COOH and NH_(4)OH are 1.8xx10^(5) each at 25^(@)C . The equilibrium constant for the reaction of CH_(3)COOH and NH_(4)OH will be -

If 50mL 0.1(M) NaOH solution is added to 20 mL 0.25(M) CH_(3)COOH solution, then what will be the pH of mixed solution? [pK_(a)(CH_(3)COOH)=4.74] .

Concentration of NH_(4)Cl and NH_(4)OH in a buffer solution are in the ratio of 1 : 10 , Kb for NH_(4)OH is 10^(-10) . The pH of the buffer is

Assertion (A): The pH of an aqueous solution of CH_(3)COOH remains unchanged on the addition of CH_(3)COONa . Reason (R) : The pH of an aqueous solution of CH_(3)COOH remains unchanged on the addition of CH_(3)COONa . Reason (R) : The ionisation of CH_(3)COOH is supressed by the addition of CH_(3)COONa .