Assertion: thermometer's temperature | /r/HasProperty | equal
Facets:
value: usually
type: DEGREE
value: to their kinetic temperature
type: OTHER
value: with respect to the entropy
type: OTHER
Source sentences:
text: In particular, when the body is described by stating its internal energy U, an extensive variable, as a function of its entropy S, also an extensive variable, and other state variables V, N, with U = U (S, V, N), then the temperature is equal to the partial derivative of the internal energy with respect to the entropy:
text: The two temperatures will be equal when the air is 100% saturated because no evaporation can occur.
text: The temperature derived from this translational kinetic energy is sometimes referred to as kinetic temperature and is equal to the thermodynamic temperature over a very wide range of temperatures.
text: Since the internal temperature of molecules is usually equal to their kinetic temperature, the distinction is usually of interest only in the detailed study of non-local thermodynamic equilibrium (LTE) phenomena such as combustion, the sublimation of solids, and the diffusion of hot gases in a partial vacuum.
text: The general rules are: - Hypothermia, when the temperature is less than 36°C/95.8° F. - Fever, when the temperature is between 37.1° to 37.9° C/98.7° to 100.2° F · - Hyperthermia or fever, when the temperature is equal or above 38° C/100.4° F.