First test:
temperature
thermal equilibrium
ideal gas
Boltzmann's constant
degree of freedom
equipartition theorem
heat
work
quasistatic
first law of thermodynamics
isothermal
adiabatic
heat capacity
latent heat
enthalpy
microstate
macrostate
multiplicity
paramagnet
Einstein solid
fundamental assumption
second law of thermodynamics
entropy
Second test:
negative temperature
mechanical equilibrium
thermodynamic identity
diffusive equilibrium
chemical potential
efficiency
Carnot cycle
coefficient of performance
Helmholtz free energy
Gibbs free energy
phase transformation
vapor pressure
triple point
critical point
Third test:
Boltzmann factor
partition function
Maxwell speed distribution
quantum volume
Gibbs factor
grand partition function
boson
fermion
Fermi-Dirac distribution
Bose-Einstein distribution
degenerate electron gas
Fermi energy
Fermi temperature
Planck spectrum
blackbody radiation
phonon