A strong acid is titrated with weak base. At equivalence point, pH will be :

When a strong acid is titrated using a weak base, the pH value at equivalence point is :

A weak base MOH was titrated against a strong acid. The pH at 1/4 th equivalence point was 9.3. What will be the pH at 3/4 th equivalence point in the same titration? (log3=0.48)

A weak base MOH was titrated against a strong acid. The pH at 1/4 the equivalence point was 9.3. What will be the pH at 3/4 th equivalence point in the same titration? (log3=0.48)

A weak base (BOH) with K_(b) = 10^(-5) is titrated with a strong acid (HCl) , At 3//4 th of the equivalence point, pH of the solution is:

A weak base (BOH) with K_(b) = 10^(-5) is titrated with a strong acid (HCl) , At 3//4 th of the equivalence point, pH of the solution is:

A weak acid is titrated with a weak base. Consider the following statmenets regarding the pH of the solution at the equivalence point : (i) pH depends on the concentration of acid and base. (ii) pH is independent of the concentration of acid and base. (iii) pH depends on the pK_a of acid and pK_b of base. (iv) pH is independent of the pK_a of acid and pK_b of base. The correct statments are :

Assertion : In a titration of weak monoprotic acid with strong base, the pH at the half equivalence point is pK_(a) . Reason : At half equivalence point, it will form acidic buffer at its maximum capacity where [acid] = [salt].