A basic buffer contains equal concentration of base and its salt. The dissociation constant of base is `10^(-6)`. Then the `pH` of the buffer solution is

A basic buffer contains equal concentration of base and its salt . The dissociation of base is 10^(-6) . Then the pH of the buffer solution is

An acidic buffer contains equal concentrations of acid and salt. The dissociation constant of acid is 10^(-5) . The P^(H) of the buffer solution is

An acidic buffer contains equal concentrations of acid and salt. The dissociation constant of acid is 10^(-5) . The P^(H) of the buffer solution is

An acidic buffer contains equal concentration of acid and salt . The dissociation constant of acid is 10^(5) The P^(H) of the buffer solution is

An acidic buffer contains 0.06 M salt and 0.02 M acid. The dissociation constant of acid is 10^(-4) . The P^(H) of the buffer solution is

An acidic buffer contains 0.06 M salt and 0.02 M acid . The dissociation constant of acid is 10 ^(-4) "The" P^(H) of the buffer solution is

A certain buffer solution contains equal concentration of X^- and HX. The K_a for HX is 10^-8 . What is the pH of the buffer solution?

A buffer solution is prepared by mixing equal concentration of weak base with its salt of strong acid. K_b for the base is 10^-9 , pH of this buffer solution will be

The buffer solution contains equal concentration of X^(-) and HX. The K_(b) for X^(-) is 10^(-10) . The pH of the buffer solution is :