A modification of this equation gives the resting potential of cell membranes, and because electrons loosely pair up in concentrated solution, this law becomes invalid at high ionic concentrations. It can be derived by taking the Gibbs free energy equation for equilibrium systems and substituting for charge. The main term in this equation is R T over n F, times the natural log of Q. Name this equation that relates the sta
A modification of this equation gives the resting potential of cell membranes, and because electrons loosely pair up in concentrated solution, this law becomes invalid at high ionic concentrations. It can be derived by taking the Gibbs free energy equation for equilibrium systems and substituting for charge. The main term in this equation is R T over n F, times the natural log of Q. Name this equation that relates the standard electrode potential to the actual cell potential of a voltaic cell.
A modification of this equation gives the resting potential of cell membranes, and because electrons loosely pair up in concentrated solution, this law becomes invalid at high ionic concentrations.
{Nernst} equation