William Jensen has suggested it must be modified when dealing with optical enantiomers although it holds for complex systems wherein equilibrium effects arise from such factors as surface tension, and magnetic fields.
William Jensen has suggested it must be modified when dealing with optical enantiomers although it holds for complex systems wherein equilibrium effects arise from such factors as surface tension, and magnetic fields. Syntactically transformable into Euler's polyhedral formula, it states the number of intensive variables, F is equal to the number of chemical constituents, C minus the number of states of matter in a system, P plus the number of non-compositional variables. Used for determining the possible number of degrees of freedom, for 10 points, name this thermodynamic rule deduced by its namesake Yale scientist.
William Jensen has suggested it must be modified when dealing with optical enantiomers although it holds for complex systems wherein equilibrium effects arise from such factors as surface tension, and magnetic fields.
{Gibbs’ Phase} Rule