For ten points, identify this equation used to find the electrical potential of a cell, which is named for a German chemist.
The same empirical equation as this one substituted with the reversible potential yields the Butler-Volmer equation. One can derive this equation using a set of reaction probabilities in addition to using Boltzmann factors. In the case of only one present ion, it can be obtained from the Goldman- Hodgkin-Katz voltage equation. Because overpotential can complicate this equation, it is only functional when there is no net charge flwoing through the circuit. For ten points, identify this equation used to find the electrical potential of a cell, which is named for a German chemist.
The same empirical equation as this one substituted with the reversible potential yields the Butler-Volmer equation.
{Nernst} Equation