For an acid buffer solution the `P^(H)` is `3`. The `p^(H)` can be increased by

For an acid buffer solution the pH is 3. The pH can be increased by a)Increasing the concentration of salt b) Increasing the concentration of acid c)Decreasing the concentration of salt d) Independent of concentration of acid and salt

When 0.1 mole of an acid is added to 2 L of a buffer solution, the P^(H) of the buffer decreases by 0.5 . The buffer capacity of the solution is

When 0.1 mole of an acid is added to 2 L of a buffer solution, the P^(H) of the buffer decreases by 0.5 . The buffer capacity of the solution is

When 0.2 mole of an acid is added to 4 lit of a buffer solution, the P^(H) of the buffer decreases by 0.5 . What is the buffer capacity of the solution.?

When 0.1 mole of an acid is added to 2 lit of a buffer solution, the P^(H) of the buffer decreases by 0.5 The buffer capacity of the solution is

Among the following (a) On dilution the P^(H) of an acid increases (b) A solution with P^(H) = 5 is 100 times more basic than a solution with p^(H) =3 (3) A solution with P^(H) =8 is 1000 times more acidic than a solution with P^(H) =11 (4) The P^(H) of 10 ^(-9) M KOH is slightly greater than

Among the following a) On dilution, the P^(H) of an acid increases b) A solutions with P^(H) = 61000 times more basic than a solution with P^(H) = 3 c) A Solution with p^(H) = 9 is 1000 times more acidic than a solution with P^(H) = 12 d) The P^(H) of 10^(9) M NaOH is slightly greater tha n 7

Buffer Solution || Acidic Buffer

For the buffer solution containing NH_(4)OH and NH_(4) CI, P^(H) of the buffer solution can be increased by