In the electrolysis of a `40L CuSO_(4)` solution, there are two possible reactions at anode `:`
`i. Cu rarr Cu^(2+)+2e^(-)`
`ii. 2H_(2)O rarr 4H^(o+)+4e^(-)+O_(2)`
A current of `1.07 A ` is passed for 2 hours. The loss in the mass of `Cu` at anode was `1.27 g`.
`(` Atomic weight of `Cu =63.5g mol ^(1))`.
Which of the following statement`(s)` is `//` are correct ?

In the electrolysis of a 40L CuSO_(4) solution, there are two possible reactions at anode : i. Cu rarr Cu^(2+)+2e^(-) ii. 2H_(2)O rarr 4H^(o+)+4e^(-)+O_(2) A current of 1.07 A is passed for 2 hours. The loss in the mass of Cu at anode was 1.27 g . ( Atomic weight of Cu =63.5g mol ^(1)) . State whether the given statement is True or False? 0.08 mol of electrons are passed through the solution during entire electrolysis

In the electrolysis of CuSO_4 , the reaction: Cu^(2+)+2e^(-) rarr Cu ,takes place at:

In the electrolysis of CuSO_4 , the reaction: Cu^(2+)+2e^(-) rarr Cu ,takes place at:

In the electrolysis of 7.2L aqueous solution of CuSO_(4) , a current of 9.65A passed for 2 hours. Find the weight of Cu deposited at cathode.

A solution of CuSO_(4) is electrolyzed for 10 min with a current of 1.5A . What is the mass of Cu deposited at the cathode? [ Atomic mass of Cu=63g]

A solution of CuSO_(4) is electrolyzed for 10 min with a current of 1.5A . What is the mass of Cu deposited at the cathode? [ Atomic mass of Cu=63g]

A solution of CuSO_(4) is electrolyzed for 10 min with a current of 1.5A . What is the mass of Cu deposited at the cathode? [ Atomic mass of Cu=63g]

During electrolysis of an aqueous solution of CuSO_(4) using copper electrodes, if 2.5g of Cu is deposited at cathode, then at anode