Its change is equal to the negative product of Faraday's constant, the electric potential, and number of moles of electrons, which is useful in deriving the Nernst equation.
This quantity can be written as the sum of the chemical potential of each component of the system times number of particles. Its change is equal to the negative product of Faraday's constant, the electric potential, and number of moles of electrons, which is useful in deriving the Nernst equation. It can also be measured by subtracting the product of temperature and entropy from the enthalpy, and when this quantity is less than zero, a reaction proceeds spontaneously. For 10 points, name this quantity, the amount of useful work that can be obtained from a system.
This quantity can be written as the sum of the chemical potential of each component of the system times number of particles.
{Gibbs Free Energy}