One model of this quantity involves the integral of t cubed over e cubed minus 1 from zero, the third of that model's namesake function.
One model of this quantity involves the integral of t cubed over e cubed minus 1 from zero, the third of that model's namesake function. Another model assumes each atom is an independent quantum harmonic oscillator and fails to predict this at low temperatures. For ideal gases, pressure times volume to the power of a ratio of these quantities, the adiabatic index, is constant. At constant pressure, it is the partial derivative of enthalpy with respect to temperature. Debye's model of this quantity improved the Dulong-Petit law. It is equal to 4.18 joules per gram times kelvin for liquid water. For 10 points, name this amount of heat required to increase the temperature of a substance by a given amount.
One model of this quantity involves the integral of t cubed over e cubed minus 1 from zero, the third of that model's namesake function.
heat capacity 