For a gas-phase reaction, two forms of this quantity are related by a proportionality constant (*) R T to the power of the negative change in total gaseous moles.
For a galvanic cell, this quantity is equal to the exponential of minus the redox potential times n F over R T, and the derivative of its log with respect to reciprocal temperature is the negative change in enthalpy over R. For a gas-phase reaction, two forms of this quantity are related by a proportionality constant (*) R T to the power of the negative change in total gaseous moles. Compounds with activity of one are left out of the expression for this quantity, which is calculated with the ratio of the concentrations of the reactants and products. For 10 points, name this constant representing the ratio of the forward and backward rates that is symbolized uppercase K.
For a galvanic cell, this quantity is equal to the exponential of minus the redox potential times n F over R T, and the derivative of its log with respect to reciprocal temperature is the negative change in enthalpy over R.
equilibrium constant (accept K or Keq before read)