Given that the standard potentials `((E^(@)))` of `CU^(2+)//Cu` and `CU^(+)//Cu` are 0.34V and 0.522V respectively , the `E^(@)` of `CU^(2+)//CU^(+)` is :

The standard reduction potential of Cu^(2+)//Cu and Cu^(2+)//Cu^(+) are 0.339 V and 0.153 V respectively. The standard electrode potential of Cu^(+)//Cu half cell is :

The standard reduction potentials of Cu^(2+)//Cu and Cu^(2+)//Cu^(+) are 0.337 V and 0.153V respectively. The standard electrode potential of Cu^(+)//Cu half-cell is

The standard reduction potentials for Cu^(2+)//Cu and Cu^(2+)//Cu^(+) are 0.337 V and 0.153 V respectively. The standard electrode potenials of Cu^(+)//Cu half cell is :

The standard reduction potential of Cu^(2+) // Cu and Cu^(+) // Cu are 0.337 and 0.153 V respectively . The standard electrode poetential of Cu^(2+) // Cu^(+) half cell will be

The electrode potentials for Cu^(2+)+e^(-)toCu^(+) and Cu^(+)e^(-)toCu_(s) are +0.15 V and +0.50V respectively the value of E_((Cu^(2+))/(Cu))^(@) will be?