FTP, identify this thermodynamic quantity whose expression is given by the law of mass action as the ratio of the activity or concentration of products to that of reactants, a certain constant denoted K.
The Curtin-Hammett principle describes conditions under which this quantity becomes relevant for a multiple-pathway situation. For a given system, this quantity may be calculated from the slope of an F-plot or more straightforwardly from a Scatchard plot. It is proportional to the negative exponential of the ratio of the Gibbs free energy divided by the absolute temperature, and its standard definition was given using a reaction between acetic acid and ethyl alcohol by Waage and Guldberg. FTP, identify this thermodynamic quantity whose expression is given by the law of mass action as the ratio of the activity or concentration of products to that of reactants, a certain constant denoted K.
The Curtin-Hammett principle describes conditions under which this quantity becomes relevant for a multiple-pathway situation.
equilibrium constant or K eq before mentioned