One form of the law of conservation of energy states that, like internal energy, the change in this quantity equals the amount of heat flow minus the amount of work done, because it is equal to the sum of internal energy and the product of pressure and volume. The change in this state variable can also be given by the sum of the change in Gibbs fre
One form of the law of conservation of energy states that, like internal energy, the change in this quantity equals the amount of heat flow minus the amount of work done, because it is equal to the sum of internal energy and the product of pressure and volume. The change in this state variable can also be given by the sum of the change in Gibbs free energy and the product of temperature and the change in entropy. With units of joules per kilogram, for 10 points, name this thermodynamic quantity denoted H.
One form of the law of conservation of energy states that, like internal energy, the change in this quantity equals the amount of heat flow minus the amount of work done, because it is equal to the sum of internal energy and the product of pressure and volume.
{enthalpy} [prompt on {H} before read]