One law modeling this quantity, which uses the vibration of phonons to predict a cubic temperature dependence, is named for Debye and corrects the Dulong-Petit law at low temperatures.
One law modeling this quantity, which uses the vibration of phonons to predict a cubic temperature dependence, is named for Debye and corrects the Dulong-Petit law at low temperatures. It is defined thermodynamically as delta Q over dT. Because this quantity for water is very large, the climate near large bodies of water is often mild. This quantity may be found by a calorimeter, though an analogous mass-independent factor must be used to account for the heat absorption of the calorimeter. For 10 points, name this quantity, the amount of heat required to increase the temperature of one gram of a substance by one degree Celsius.
One law modeling this quantity, which uses the vibration of phonons to predict a cubic temperature dependence, is named for Debye and corrects the Dulong-Petit law at low temperatures.
{specific heat} capacity [or heat capacity]