Often used to calculate the resting potential across neurons, this is, for 10 points, which equation used to calculate the reduction potential in electrochemistry, named for the German winner of the 1920 Nobel Prize in Chemistry?
The Pourbaix diagrams plot a quantity that appears in this equation as a function of pH, while a generalized form of it which includes a charge transfer coefficient is named for Butler and Volmer. An extension of this equation to various ion species, the Goldman-Hodgkin-Katz equation, and this equation relates Gibbs free energy to the electromotive force in a Galvanic cell. Often used to calculate the resting potential across neurons, this is, for 10 points, which equation used to calculate the reduction potential in electrochemistry, named for the German winner of the 1920 Nobel Prize in Chemistry?
The Pourbaix diagrams plot a quantity that appears in this equation as a function of pH, while a generalized form of it which includes a charge transfer coefficient is named for Butler and Volmer.
{Nernst} equation