For 10 points, identify this equation, stated as E equals E naught minus RT over nF times the natural log of Q, that calculates voltage at nonstandard conditions of an electrochemical cell and is named for a German scientist.
This statement can be derived from the statistical definition of entropy or by using Boltzmann factors for a redox reaction. One version of it uses the electron charge and Boltzmann's constant to account for molecular quantities. When this equation is used at STP, the ideal gas and Faraday's constants are normally replaced by a factor that accounts for the quotient of the two constants. For 10 points, identify this equation, stated as E equals E naught minus RT over nF times the natural log of Q, that calculates voltage at nonstandard conditions of an electrochemical cell and is named for a German scientist.
This statement can be derived from the statistical definition of entropy or by using Boltzmann factors for a redox reaction.
{Nernst} equation