The change in Gibbs free energy for a (*) reaction equals negative RT times the natural log of thisquantity.
For a complex, this value increases down the Irving-Williams series. The negative of this value isthe slope of a line in a Scatchard plot. One form of this quantity can be converted into another bymultiplying by RT raised to the difference in the number of moles of gas. The change in this quantityfor a given change in temperature is related to the enthalpy of the reaction by van't Hoff's equation.The change in Gibbs free energy for a (*) reaction equals negative RT times the natural log of thisquantity. The law of mass action equates this value to the concentrations of the products divided by theconcentrations of the reactants. For 10 points, name this constant representing a chemical system where theforward and reverse reactions have the same rate.
For a complex, this value increases down the Irving-Williams series.
equilibrium constant [or K; accept stability constant, association constant, dissociation constant, or binding constant]