For coordination complexes the value of this quantity for the whole complex, known as the stability constant, is equal to the product of the stepwise values. The derivative of the natural log of this value with respect to the inverse temperature is equal to the negative change in enthalpy over R. Activities are approximated by using concentrations in the standard definition of this quantity in the
For coordination complexes the value of this quantity for the whole complex, known as the stability constant, is equal to the product of the stepwise values. The derivative of the natural log of this value with respect to the inverse temperature is equal to the negative change in enthalpy over R. Activities are approximated by using concentrations in the standard definition of this quantity in the law of mass action, and it is equal to the ratio of the rate of the forward and reverse reaction. For 10 points, name this chemical value equal to an expression involving the concentrations of products over reactants, symbolized K.
For coordination complexes the value of this quantity for the whole complex, known as the stability constant, is equal to the product of the stepwise values.
{Equilibrium} Constant [or K before mentioned]