The standard electrode potential `(E^(@))` for `Ocl^(-)//Cl^(-)` and `Cl^(-)//(1)/(2)Cl_(2)` respectively are 0.94V and `1.36V`. The `E^(@)` value of `Ocl^(-)//(1)/(2)Cl_(2)` will b e

The standard electrode potentials (E^(@)) " for " OCl^(-)//Cl^(-) " and " Cl^(-)//(1)/(2) Cl_(2) respectively are 0.94 V and -1.36 V . The E^(@) value for OCl^(-)// (1)/(2) Cl_(2) will be:

Standard electrode potential (E^(0)) for OCl^(-) // Cl^(-) and Cl^(-)// (1)/(2) Cl_2 are respectively 0.94 V and -1.36 V . The E^(@) value of OCl^(-) //Cl_2 will be

E^(@) Values of the half cells Mg^(2+)//Mg and Cl_(2)//Cl^(-) are respectively -2.36V and +1.36 V. The E^(@) vlaue of the cell Mg//Mg^(2+)// // Cl_(2)//Cl^(-) is

Calculate single electrode potential of Pt, Cl_(2)//Cl^(-) (0.01)(E^(@)= +1.36V)

E^@ (red.) values of the half cells Mg^(2+)//Mg and Cl_2//Cl^- are respectively -2.36V and +1.36V . The E^@ values of the cell Mg|Mg^(2+)||Cl_2|Cl^- is