Unlike the Einstein model, the Debye model properly models how this quantity changes for a substance as temperature decreases, though for higher temperatures it may be derived from a crystal's lattice vibrations through the Law of Dulong and Petit.
Unlike the Einstein model, the Debye model properly models how this quantity changes for a substance as temperature decreases, though for higher temperatures it may be derived from a crystal's lattice vibrations through the Law of Dulong and Petit. For a monatomic ideal gas, it is three halves times the ideal gas constant, while that factor is seven-halves for a diatomic ideal gas. For 10 points, identify this quantity, the amount of energy necessary to increase the temperature of a unit quantity of a substance by a unit amount.
Unlike the Einstein model, the Debye model properly models how this quantity changes for a substance as temperature decreases, though for higher temperatures it may be derived from a crystal's lattice vibrations through the Law of Dulong and Petit.
specific {heat} capacity