If 0.024 L of `H_(2)` gas is formed at the cathode, the volume of `O_(2)` gas formed at the anode under identical conditions, is:

During electrolysis of acidified water, O_(2) gas is formed at the anode . To produce O_(2) gas at the anode at the rate of 0.224mL per second at STP , current passed is

During the electrolysis of acidified water, O_(2) gas is formed at the anode. To produce O_(2) gas at the anode at the rate of 0.224 Ml per second at STP , the current passed is

During electrolysis of acidified water, O_(2) gas is formed at the anode . To produce O_(2) gas at the anode at the rate of 0.224mL per second at STP , current passed is

During the electrolysis of acidified water, O_(2) gas is formed at the anode. To produce O_(2) gas at the anode at the rate of 0.224 ml per second at STP , the current passed is

Aq. CuSO_(4) is electrolysed using Pt electrodes. The volume of O_(2) gas (as STP) formed at the anode when 2A current is passed for 193 seconds is

In the electrolysis of H_2O , 11.2 liters of H_2 was liberated at cathode at NTP. How much O_2 will be liberated at anode under the same conditions.