The state at which the rates of the forward and backwards reactions are equal is represented by, for 10 points, what constant symbolized capital K?
The derivative of the natural log of this quantity with respect to time is equal to the enthalpy change over R times T squared, according to the Van't Hoff equation. A constant calculated in the same method as this one is Q, the reaction quotient, and (*) pure and inert substances do not affect its calculation. This constant has forms named for the solubility product and acid dissociation, and it can be calculated using the concentrations of the reactants and products. The state at which the rates of the forward and backwards reactions are equal is represented by, for 10 points, what constant symbolized capital K?
The derivative of the natural log of this quantity with respect to time is equal to the enthalpy change over R times T squared, according to the Van't Hoff equation.
 equilibrium constant (or K, Keq, Ksp, Kc, Kp, Ka, or Kb before K is read)