Categories > electrochemistry > Faraday's Laws of electrolysis > Assume that during electrolysis of $AgNO_3$, only $H_2O$ is electrolysed and $O_2$ is formed as, $2{{H}_{2}}O\to 4{{H}^{+}}+{{O}_{2}}+4{{e}^{-}}$, $O_2$ formed at NTP due to passage of 2 Amperes of current for $965 s$ is

electrochemistry

Question: Assume that during electrolysis of $AgNO_3$, only $H_2O$ is electrolysed and $O_2$ is formed as, $2{{H}_{2}}O\to 4{{H}^{+}}+{{O}_{2}}+4{{e}^{-}}$, $O_2$ formed at NTP due to passage of 2 Amperes of current for $965 s$ is


1) 0.112 L
2) 0.224 L
3) 11.2 L
4) 22.4 L
Solution: Explanation: No Explanation
Faraday's Laws of electrolysis

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