This quantity can be derived from the internal energy by adding a term corresponding to PV work and subtracting a term corresponding to energy obtained from the environment.
This quantity can be computed as the sum over all particles of chemical potential times particle number. This quantity can be derived from the internal energy by adding a term corresponding to PV work and subtracting a term corresponding to energy obtained from the environment. It is related to the electrode potential by a factor equal to negative one times the amount of charge transferred. It is equal to enthalpy minus the product of temperature and entropy, and when the change in it is negative for a reaction, the reaction is spontaneous. For 10 points, name this quantity named for a Yale physicist, a measure of energy available to do work in a reaction at constant pressure.
This quantity can be computed as the sum over all particles of chemical potential times particle number.
Gibbs free energy [or Gibbs function; accept standard Gibbs free energy; prompt on “G”; prompt on “delta G”; prompt on “free energy”; prompt on “free enthalpy”] &lt;MJ&gt;