Failed to connect to MySQL: Access denied for user 'examnext_online'@'localhost' (using password: YES) calculate the mass of anhydrous oxalic acid, which can be oxidized to `CO_2` (g) by 100 ml of a `MnO_4^-` Solution 10 ml of which is capable of oxidizing 50 ml of 1N `I^-` to `I_2`. (Consider acidic medium for both reaciton) - Sarthaks eConnect

calculate the mass of anhydrous oxalic acid, which can be oxidized to `CO_2` (g) by 100 ml of a `MnO_4^-` Solution 10 ml of which is capable of oxidizing 50 ml of 1N `I^-` to `I_2`. (Consider acidic medium for both reaciton)

calculate the mass of anhydrous oxalic acid, which can be oxidized to `CO_2` (g) by 100 ml of a `MnO_4^-` Solution 10 ml of which is capable of oxidizing 50 ml of 1N `I^-` to `I_2`. (Consider acidic medium for both reaciton)

A.

45 gm

B.

22.5 gm

C.

30 gm

D.

12.25 gm