One form of this quantity that describes an ionic solid can be calculated through a process that includes the ionization energy of a metal atom and the dissociation energy and electron affinity for a non-metal.
One form of this quantity that describes an ionic solid can be calculated through a process that includes the ionization energy of a metal atom and the dissociation energy and electron affinity for a non-metal. That process, the Born-Haber cycle, calculates the *lattice form of this quantity. One law states that the change in this quantity for a reaction equals the sum of the change of this quantity for the products minus the sum of the change of this quantity for the reactants. This quantity, calculated using Hess's law, can be defined as the internal energy plus the product of pressure and volume. For 10 points, name this thermodynamic property symbolized with an H.
One form of this quantity that describes an ionic solid can be calculated through a process that includes the ionization energy of a metal atom and the dissociation energy and electron affinity for a non-metal.
{enthalpy} (prompt on “H” before mentioned, accept {lattice enthalpy} or {lattice energy} before “lattice” is mentioned, prompt on delta H, accept {change in enthalpy})