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