One form of this quantity can be calculated using the Kapustinskii equation or the Born-Lande equation. According to Maxwell's relations, the second partial derivative of this quantity is equal to the partial derivative of temperature with respect to pressure. The sum of the electrostatic potentials in a lattice, also called the Madelung constant, is proportional to this quantity. Specific heat at constant pressure is equ
One form of this quantity can be calculated using the Kapustinskii equation or the Born-Lande equation. According to Maxwell's relations, the second partial derivative of this quantity is equal to the partial derivative of temperature with respect to pressure. The sum of the electrostatic potentials in a lattice, also called the Madelung constant, is proportional to this quantity. Specific heat at constant pressure is equal to partial derivative of this quantity. Hess's law determines the change in this quantity for a chemical reaction. For 10 points, name this quantity that measures energy and is symbolized with an H.
One form of this quantity can be calculated using the Kapustinskii equation or the Born-Lande equation.
enthalpy [prompt on H before mentioned]