A bottle of `H_2O_2` is labelled as `10 vol H_2O_2. 112mL` of this solution of `H_2O_2` is titrated against `0.04M` acidified solution of `KMnO_4`. Calculate the volume of `KMnO_4` in terms of litre.

A bottle of H_(2)O is labelled as 10 vol H_(2)O_(2) . 112 " mL of " this solution of H_(2)O_(2) is titrated against 0.04 M acidified solution of KMnO_(4) the volume of KMnO_(4) in litre is

A bottle of H_(2)O_(2) is labelled as 10 vol H_(2)O_(2) . 112 " mL of " this solution of H_(2)O_(2) is titrated against 0.04 M acidified solution of KMnO_(4) the volume of KMnO_(4) in litre is

A bottle of H_2 O_2 is labelled as 10 vol H_2O_2 112ml of this H_2O_2 solution is completely titrated with 0.04M acidified KMnO_4 solution. The volume of KMnO_4 consumed in litres is

A 5.0 mL solution of H_2O_2 libearates 0.508g of iodine from an acidified KI solution. Calculate the strength of H_2O_2 solution in terms of volume strength at STP.

A solution of H_(2)O_(2) labelled as '20 V' was left open. Due to this some, H_(2)O_(2) decomposed and volume strength of the solution decreased . To determine the new volume strength of the H_(2)O_(2) solution, 10 mL of the solution was taken and it was diluted to 100 mL . 10 mL of this diluted solution was titrated against 25 mL of 0.0245 M KMnO_(4) solution under acidic condition. Calculate the volume strength of the H_(2)O_(2) solution .

A solution of H_(2)O_(2) labelled as '20 V' was left open. Due to this some, H_(2)O_(2) decomposed and volume strength of the solution decreased . To determine the new volume strength of the H_(2)O_(2) solution, 10 mL of the solution was taken and it was diluted to 100 mL . 10 mL of this diluted solution was titrated against 25 mL of 0.0245 M KMnO_(4) solution under acidic condition. Calculate the volume strength of the H_(2)O_(2) solution .

Give the reaction of H_2O_2 with the following : i) acidified MnO_2 ii) KMnO_4