Thermodynamics

Gives the mechanical work done by an expanding or compressing gas.

States conservation of energy where heat added equals internal energy change plus work done by the gas.

Gives the net work done by a gas over a closed cycle as the enclosed area on a PV diagram.

Gives the change in internal energy for an ideal gas, which depends solely on temperature change.

Gives the work done by an ideal gas during expansion or compression at constant pressure.

Gives the heat absorbed or released by an ideal gas at constant pressure.

Gives the work done by an ideal gas during a reversible isothermal expansion or compression.

Relates pressure, volume, and temperature of an ideal gas along a reversible adiabatic path.

Gives the work done by an ideal gas undergoing a reversible adiabatic process.

Gives the isothermal and adiabatic bulk moduli of an ideal gas.

Gives the maximum theoretical efficiency of a heat engine operating between two temperatures.

Gives the coefficient of performance of an ideal Carnot refrigerator.