The Sackur-Tetrode equation gives its value for an ideal gas, and for an isothermal reversible process the change in this value is the energy transferred divided by the temperature.
Lieb and Yngvason's axiomatic definition of this quantity builds on Caratheodory's. The Sackur-Tetrode equation gives its value for an ideal gas, and for an isothermal reversible process the change in this value is the energy transferred divided by the temperature. This qunatity is related to the number of (*) possible microstates. The third law of thermodynamics defines this value to be zero in a perfect crystal at absolute zero, and the second law of thermodynamics states the value of this quantity for the universe increases in a spontaneous process. For 10 points, identify this measure of the degree of disorder in a system, symbolized S.
Lieb and Yngvason's axiomatic definition of this quantity builds on Caratheodory's.
entropy