If 10 ml of H-2O-2 solution requires 25 ml of dfrac-text-N-20- KMnO-4- complete oxidation in acidic medium- then the mass -in g- of available O-2- per litre present in the solution is-2143

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Toppr Admin · Accepted Answer

The oxidation reaction is as follows-2KMnO4-5H2O2-4H2SO4-x2192-2KHSO4-2MnSO4-8H2O-5O2Meq- of O2- Meq- of H2O2- Meq- of KMnO4It is given that 10 ml of H2O2 solution when treated with 25 ml of N20-xA0-KMnO4 for complete oxidation-N-xD7-10-25-xD7-120Normality of H2O2-0-125N-Normality of O2Weight of O2-0-125-xD7-32-4 g per litre-

If 10 ml of H2O2 solution requires 25 ml of N20KMnO4 for complete oxidation in acidic medium, then the mass (in g) of available O2 per litre present in the solution is:2143

If $10$ ml of $H_{2} O_{2}$ solution requires $25$ ml of $\frac{N}{20} K M n O_{4}$ for complete oxidation in acidic medium, then the mass (in g) of available $O_{2}$ per litre present in the solution is:
$2$
$1$
$4$
$3$