11. Then, the heat capacity per molecule is obtained from the equipartition formula. 12. Equipartition also makes quantitative predictions for these energies.13. Equipartition was used above to derive the classical ideal gas law from Newtonian mechanics.14. For comparison, the value predicted by the equipartition theorem is shown in black. 15. The statistical equipartition theorem relates the temperature T of a system with its average energy 16. This quantity is related to the spring constant by means of the equipartition theorem. 17. This holds true for quadratic degrees of freedom, a consequence of the equipartition theorem. 18. Equipartition truly breaks down in quantum systems, because the energy spectrum is not continuous.19. The equipartition theorem makes quantitative predictions. 20. Here, " H " is short for general form of the equipartition theorem.
