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 pr
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;