`1L` of `1M CuSO_(4)` solution is electrolyzed using `Pt` cathode and `Cu` anode. After passing `2F` of electricity, the `[Cu^(2+)]` will be

1 L of 1 MCuSO_(4) solution is electrolysed. After passing 2 F of electricity, molarity of CuSO_(4) solution will be

One litre 1 M CuSO_(4) solution is electrolysed. After passing 2 F of electricity, the molarity of solution will be

If aq. CuCl_(2) solution is electrolysed by using Cu electrodes then products obtained at cathode and anode respectively are:

When a solution of AgNO_3 (1 M) is electrolysed using Pt anode and Cu cathode, the products at two electrodes are? E_(cu^(2+)|cu)^(@)=+0.34 "V" , E_(O_2,H^+|H_2O)^(@)=+1.23"V",E_(ag^+|Ag)^(@)=+0.8 "V"

In a 500mL of 0.5M CuSO_(4) solution, during electrolysis 1.5xx10^(23) electron were passed using copper electrodes. Assume the volume of solution remains unchanged during electrolysis. Which of the following statements is // are correect? a. At the end of electrolysis, the concentration of the solution is 0.5M . b. 7.9 g of Cu is deposited on the cathode. c. 4 g of Cu is dissolved from the anode. d. 7.9 g of Cu ions are discharged.

In a 500mL of 0.5M CuSO_(4) solution, during electrolysis 1.5xx10^(23) electron were passed using copper electrodes. Assume the volume of solution remains unchanged during electrolysis. Which of the following statements is // are correect? a. At the end of electrolysis, the concentration of the solution is 0.5M . b. 7.9 g of Cu is deposited on the cathode. c. 4 g of Cu is dissolved from the anode. d. 7.9 g of Cu ions are discharged.

If electrolysis of aqueous CuSO_(4) solution is carried out using Cu-electrodes, the reaction taking place at the anode is:

underset(1 L solution)(Ag|Ag^(o+)(1M))||underset(1 L solution)(Ag^(o+)||Ag) 0.5F electricity in the LHS( anode ) and 1F of electricity in the RHS( cathode ) is first passed making them independent electrolytic cells at 298K . EMF of the cell after electrolysis will be