Le Chatelier's principle states that a shift to the right occurs when the reaction quotient is less than this value.
In the denominator of the Hill equation, one form of this quantity is added to ligand concentration raised to the nth power. A plot of the log of this quantity against one over temperature has a slope of negative enthalpy divided by the gas constant. The change in Gibbs free energy in a reaction equals negative RT times the log of this quantity. Le Chatelier's principle states that a shift to the right occurs when the reaction quotient is less than this value. The law of mass action sets this quantity equal to the molarity of the products over the reactants, each raised to their stoichiometric coefficients. For 10 points, name this constant written K-sub-eq.
In the denominator of the Hill equation, one form of this quantity is added to ligand concentration raised to the nth power.
equilibrium constant [or dissociation constant; or Keq before mention; do not accept "rate constant"]