The standard reduction potential at `25^(@)C` for the reaction,
volt. The equilibrium constant for the reaction `:`
is

The standard reduction potential at 25 degree Celsius for the reaction, volt. The equilibrium constant for the reaction : is

The standard reduction potential (E^@) ,0.34V for copper pertains to the reaction

At 25^(@)C , the standard free energy change for a reaction is 5.4 kJ. Calculate the value of equilibrium constant of the reaction at the temperature.

Find the standard electrode potential of I_(2)|2I^(c-) if the equilibrium constant for the reaction I_(2)+I^(c-) rarr_(3)^(c-) is 703. The standard electrode potential of I_(3)^(c-)|3I^(c-) is 0.5355V . Also give the electrode reaction.

Write the relationship between equilibrium constant of the reaction and standard potential of the cell.

Find the standard electrode potential of I_(2)|2I^(c-) if the equilibrium constant for the reaction I_(2)+I^(c-) rarr_'(I_3)^(c-) is 703. The standard electrode potential of I_(3)^(c-)|3I^(c-) is 0.5355V . Also give the electrode reaction.

For a cell reaction involvinig a two electron change, the standard emf of the cell is found to be 0.295 V at 25^(@) C. The equilibrium constant of the reaction at 25^(@)C will be: