This quantity was originally defined on a graph with axes of internal energy and entropy created by its namesake, and later on a three-dimensional surface by Maxwell.
This quantity was originally defined on a graph with axes of internal energy and entropy created by its namesake, and later on a three-dimensional surface by Maxwell. This quantity is proportional to the inverse of the temperature squared in an equation by Helmholtz and its (*) namesake. This quantity is equal to the change in enthalpy minus the temperature times the change in entropy. If the change in this quantity is negative, a reaction is spontaneous. For 10 points, identify this quantity named after an American scientist, symbolized G.
This quantity was originally defined on a graph with axes of internal energy and entropy created by its namesake, and later on a three-dimensional surface by Maxwell.
Gibbs free energy [prompt on “G” until read] &lt;SR Chemistry&gt;