The Planck value of this quantity equals h-bar divided by the Planck time. The Boltzmann constant is in units of this quantity per unit of absolute temperature, and the Hamiltonian operator gives this quantity. This quantity 
The Planck value of this quantity equals h-bar divided by the Planck time. The Boltzmann constant is in units of this quantity per unit of absolute temperature, and the Hamiltonian operator gives this quantity. This quantity equals enthalpy minus the quantity pressure times volume. According to the First Law of Thermodynamics, this quantity is constant when no work is done on a system. Name this quantity whose forms include heat, potential, and kinetic.
The Planck value of this quantity equals h-bar divided by the Planck time.