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

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

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 was titrated against a strong acid. The pH at 1/4 the equivalence point was 9.24. Enough strong base was now added (6m eq.) to completely convert the salt. The total volume was 50 ml. Find the pH at this point.

A weak base BOH was titrated against a strong acid. The pH at 1/4 the equivalence point was 9.24. Enough strong base was now added (6m eq.) to completely convert the salt. The total volume was 50 ml. Find the pH at this point.

A weak base, BOH is titrated with a strong acid HA. When 10 ml of HA is added, the pH of the solution is 10.2 and when 25 ml is added, the pH of the solution is 9.1. Calculate the volume of acid that would be required to reach equivalence point.