For a saturated liquid, this value is approximated using the Rackett equation. Powers of the reciprocal of this quantity are the terms of the virial equation of state. At a co
For a saturated liquid, this value is approximated using the Rackett equation. Powers of the reciprocal of this quantity are the terms of the virial equation of state. At a constant value of this quantity, the heat capacity of a monatomic ideal gas is equal to n times the ideal gas constant times three-halves. The change in this value in response to a mean stress is given by the compressibility factor. Internal energy plus (*) pressure times this quantity is equal to enthalpy, and isochoric processes keep it constant. This value is inversely proportional to pressure and directly proportional to temperature according to the combined gas law. For 10 points, identify this quantity, the amount of space that an object takes up.
For a saturated liquid, this value is approximated using the Rackett equation.
volume [or V]