Home
Class 12
CHEMISTRY
During the electrolysis of AgNO(3), the ...

During the electrolysis of `AgNO_(3)`, the volume of `O_(2)` formed at `STP` due to passage of `2A` of current for `965 s` is

A

`0.112L`

B

`0.224L`

C

`11.2L`

D

`22.4L`

Text Solution

Verified by Experts

The correct Answer is:
A
Number of Faradays = `(it)/(96500) = (2xx965) /(96500) = 0.02`
Anode : `2H_(2)O(1)rightarrow O-(2) (g) + 4H^(+) (aq) + 4e^(-)`
`Rightarrow` 0.02F electricity `equiv 22.4xx(0.02)/(4) = 0.112L O_(2)` At stp
`Rightarrow 0.02F` electricity `equiv 22.4 xx(0.02)/(4) = 0.112LO_(2)` at STP
Promotional Banner

Similar Questions

Explore conceptually related problems

The volume of 8 g O_(2) at STP is

During electrolysis, O_(2)(g) is evolved at anode in

Calculate the volume of O_(2) liberated at STP by passing 5A current for 193 sec through acidicied water.

Assume that during the electrolysis of AgNO+(3) , only H_(2)O is electrolyzed and O_(2) is formed as 2H_(2)O rarr 4H^(o+)+O_(2)+4e(-) O_(2) formed at NTP due to passage of 2 amperes of current for 96 second is

During the electrolysis of water,if 11.2 litre H_2 is obtained at S.T.P at cathode,then mass of O_2 obtained at anode is

The volume of O_(2) liberated at STP by the passage of 2 faraday of electric charge thorugh acidulated water is