Escobedo and de Pablo modified a type of "integration" introduced by Kofke that is derived from this equation. The Lewis-Randall rule can be used to relate Henry's Law to this statement, while it itself is derived by differentiating the Euler equation. The Clausius-Clapeyron equation follows directly from this relation. At constant temperature and pressure, its states that given multiple species in solution, the products of the number of moles of
Escobedo and de Pablo modified a type of "integration" introduced by Kofke that is derived from this equation. The Lewis-Randall rule can be used to relate Henry's Law to this statement, while it itself is derived by differentiating the Euler equation. The Clausius-Clapeyron equation follows directly from this relation. At constant temperature and pressure, its states that given multiple species in solution, the products of the number of moles of a species in solution and the derivative of that species' chemical potential will sum to zero. For 10 points, name this equation that shows that the intensive variables of a system are not independent, named after a man with an eponymous phase rule and a French scientist-philosopher.
Escobedo and de Pablo modified a type of "integration" introduced by Kofke that is derived from this equation.
Gibbs-Duhem equation [prompt on partial answer]