This value can be estimated for a given temperature and pressure by a DePriester chart.
This value can be estimated for a given temperature and pressure by a DePriester chart. The temperature differential of the natural log of this quantity equals the enthalpy change divided by the ideal gas constant times temperature squared. This value, which is analogous to the stability constant for a metal-ion complex, was first derived by Goldberg and Waage in the law of mass action. The natural logarithm of this value is proportional to the standard change in Gibbs free energy by a factor of negative RT. Equal to the rate of the forward reaction divided by the rate of the reverse reaction, it is related to the temperature by the Van't Hoff equation. Comparing this value to the reaction quotient determines the direction of a reaction. For 10 points, name this constant which is calculated by raising concentrations to their stoichiometric equivalents under stable conditions.
This value can be estimated for a given temperature and pressure by a DePriester chart.
equilibrium constant [accept K]