The derivative of this quantity with respect to pressure at constant entropy is equal to the volume of a system. In thermodynamics, this quantity is usually written as a systems internal energy plus t
The derivative of this quantity with respect to pressure at constant entropy is equal to the volume of a system. In thermodynamics, this quantity is usually written as a systems internal energy plus the product of its volume and pressure while in chemistry it is expressed as the temperature times entropy plus the Gibbs free energy. The total change in this quantity for a chemical reaction can be calculated using Hess's Law and when this quantity is positive, it denotes an endothermic process. For ten points, identify this thermodynamic quantity that measures the heat transfer of a physical or chemical process and is most often symbolized with a capital H.
The derivative of this quantity with respect to pressure at constant entropy is equal to the volume of a system.