Other terms in this equation include the constant RT/F, with F being Faraday's constant, and it is used the ratio of equilibrium ionic concentrations to determine reduction potentials.
The man who lends his name to this also named an alternative to the Third Law of the Thermodynamics, his "Heat Theorem". One form of it sums outward and inward-flowing species on a cell membrane based on charge, also known as the Goldman equation. Other terms in this equation include the constant RT/F, with F being Faraday's constant, and it is used the ratio of equilibrium ionic concentrations to determine reduction potentials. For 10 points, identify this equation from electrochemistry named for a German.
The man who lends his name to this also named an alternative to the Third Law of the Thermodynamics, his "Heat Theorem".
{Nernst} equation