This quantity may be determined by counting acoustic phonon modes below a frequency proportional to the cube root of the number density of a crystal. This quantity is the analogue of the resistance in the Ohm's law interpretation of a DSC. The adiabatic index is the ratio of two values of this quantity that are typically three-halves R and five-halves R for a (*) monatomic gas at constant volume and pressure respectively. This quantity is determined by both the Einstein and Debye [duh-BYE] model
This quantity may be determined by counting acoustic phonon modes below a frequency proportional to the cube root of the number density of a crystal. This quantity is the analogue of the resistance in the Ohm's law interpretation of a DSC. The adiabatic index is the ratio of two values of this quantity that are typically three-halves R and five-halves R for a (*) monatomic gas at constant volume and pressure respectively. This quantity is determined by both the Einstein and Debye [duh-BYE] models. This quantity is 3R for a room temperature solid according to the Dulong–Petit law. A calorie is 4.184 joules because this quantity is 4.184 joules per kelvin for water. For 10 points, name this property, the amount of energy needed to raise the temperature of a material.
This quantity may be determined by counting acoustic phonon modes below a frequency proportional to the cube root of the number density of a crystal.
heat capacity [or specific heat; do NOT accept or prompt on “heat”] &lt;JL, Chem&gt;