Case 1: At Equilibrium E=E0-(RT/n)In cri co) E-E0=-(RT/nF)In(Cr Co) E=EO SO, CR =C I= IA +Ic=0 no net current flows △G O R Reaction CoordinateCase 1: At Equilibrium E = Eo - (RT/nF)ln(CR * /CO * ) E - E 0 = - (RT/nF)ln(CR * /CO * ) E = Eo so, CR * = Co * I = IA + IC = 0 no net current flows IA IC O R Reaction Coordinate G