Describing redox systems in batteries, for 10 points, name this electrochemical equation named for a German chemist.
The chord conductance equation contains a term that can be calculated using this equation. Along with Planck, this equation's namesake names a molar flux equation and a similar current density equation. A generalization of this equation is used in cell membrane physiology. It is a special case of the GHK equation for one ion. Its terms include R, the universal gas constant, and E-nought, the standard electrode potential. Stated in terms of Faraday's constant and derived from entropy and Gibbs free energy, it is used to find the cell potential of a half-cell. Describing redox systems in batteries, for 10 points, name this electrochemical equation named for a German chemist.
The chord conductance equation contains a term that can be calculated using this equation.
{Nernst} equation