A current strength of `96.5 A` is passed for `10s` through `1L` of a solution of `0.1 M` aqueous `CuSO_(4)`. Calculate the `pH` of the solution.

1F of electricity is passed through 10 L of a solution of aqueous solution of NaCl . Calculate the pH of the solution.

1F of electricity is passed through 10 L of a solution of aqueous solution of NaCl . Calculate the pH of the solution.

1F of electricity is passed through 10 L of a solution of aqueous solution of NaCl . Calculate the pH of the solution.

A current strength of 1.0A is passed for 96.5 s through 100mL of a solution of 0.05 M KCl . The concentration of the final solution with respect to overset(c-)(O)H ions is

A current strength of 1.0A is passed for 96.5 s through 100mL of a solution of 0.05 M KCl . The concentration of the final solution with respect to overset(c-)(O)H ions is

A current strength of 1.0 A is passed for 96.5s through 200mL of a solution of 0.05 M KCl . Find a. The amoudn of gases produced b. The concentration of final solution w.r.t. overset(c-)(O)H ions c. pH of the solution.

A current strength of 1.0 A is passed for 96.5s through 200mL of a solution of 0.05 M KCl . Find a. The amoudn of gases produced b. The concentration of final solution w.r.t. overset(c-)(O)H ions c. pH of the solution.

A current strength of 1.0 A is passed for 96.5s through 200mL of a solution of 0.05 M KCl . Find a. The amoudn of gases produced b. The concentration of final solution w.r.t. overset(c-)(O)H ions c. pH of the solution.

A current of 965A is passed for 1 s through 1L solution of 0.02N NiSO_(4) using Ni electrodes. What is the new concentration of NiSO_(4) ?