With Max Planck, the namesake of this equation also created one describing the flux of ions under the influence of an ionic concentration gradient and an electric field.
With Max Planck, the namesake of this equation also created one describing the flux of ions under the influence of an ionic concentration gradient and an electric field. A similar equation that accounts for the overpotential is known as the Tafel equation. An exponential form of this equation is named for Butler and Volmer, and the Goldman equation is used instead of this one when multiple (*) ion species are present. This equation relates a certain quantity to Faraday's constant and the natural log of the reaction quotient. For 10 points, identify this equation that calculates the electric potential of an electrochemical cell.
With Max Planck, the namesake of this equation also created one describing the flux of ions under the influence of an ionic concentration gradient and an electric field.
{Nernst} equation