FTP, name this thermodynamic quantity named for an American physicist, symbolized G.
Changes in this quantity is plotted against oxidation number in a Frost diagram, and one method of calculating it involves summing the product of chemical potential and number of particles over each component of a solution. It is proportional to the product of temperature and the natural logarithm of the equilibrium constant, and its change in a voltaic cell is proportional to faraday's constant times the reduction potential.  When reaction has a negative value for the change in this quantity, it is spontaneous.  FTP, name this thermodynamic quantity named for an American physicist, symbolized G.
Changes in this quantity is plotted against oxidation number in a Frost diagram, and one method of calculating it involves summing the product of chemical potential and number of particles over each component of a solution.
{Gibbs Free Energy}