A `3.4g` sample of `H_(2)O_(2)` solution containing `x%H_(2)O` by mass requires `xmL` of a `KMnO_(4)` solution for complete oxidation under acidic conditions. The molarity of `KMnO_(4)` solution is `:`

A 3.4g sample of H_(2)O_(2) solution containing x%H_(2)O by mass requires xmL of a KMnO_(4) solution for complete oxidation under acidic conditions. The normality of KMnO_(4) solution is :

3.4 g sample of H_(2)O_(2) solution containing x% H_(2)O_(2) by weight requires x mL of a KMnO_(4) solution for complete oxidation under acidic condition. The normality of KMnO_(4) solution is

3.4 g sample of H_(2)O_(2) solution containing x% H_(2)O_(2) by weight requires x mL of a KMnO_(4) solution for complete oxidation under acidic condition. The normality of KMnO_(4) solution is

3.4 g sample of H_(2)O_(2) solution containing x% H_(2)O_(2) by weight requires x mL of a KMnO_(4) solution for complete oxidation under acidic condition. The normality of KMnO_(4) solution is

.4 sample of H_(2)O_(2) solution containing H_(2)O_(2) by weight requires x ml of KMnO_(4) solution for completed oxidation under acidic condition. The formality of KMnO_(4) solution is

A 3.4g sample of H_2 O_2 solution containing x% h_2O_2 by mass requires x mL of a KMnO_4 solution for complete oxidation under acidic condition. The molarity of KMnO_4 solution is :

A 1 g sample of H_(2)O_(2) solution containing x % H_(2)O_(2) by mass requires x cm^(3) of a KMnO_(4) solution for complete oxidation under acidic conditions. Calculate the normality of KMnO_(4) solution for complete oxidation under acidic conditions. Calculate the normality of KMnO_(4) solution.

A 1.00 g sample of H_(2)O_(2) solution containing x percent H_(2)O_(2) by weight required x ml of a KMnO_(4) solution for complete oxidation under acidic condition. Calculate normality of KMnO_(4) solution.