This value can be calculated from the law of (*) mass action, which sets it equal to the concentration of products over the concentration of reactants.
The derivative of the natural log of this quantity is taken with respect to temperature in the Van't Hoff equation. Negative RT times the natural log of this value is equal to the change in Gibbs free energy. This value can be calculated from the law of (*) mass action, which sets it equal to the concentration of products over the concentration of reactants. A shift to the left occurs when the reaction quotient is greater than this value. For 10 points, name this constant that characterizes a system with equivalent forward and reverse reaction rates, symbolized K-sub-eq.
The derivative of the natural log of this quantity is taken with respect to temperature in the Van't Hoff equation.
equilibrium constant [prompt on “K” until mentioned]