In the absence of compressedliquid data the specific volume

In the absence of compressed-liquid data, the specific volume of a compressed liquid is best approximated by: v_r at the given temperature v_f at the given pressure v_f at the given temperature and pressure ideal-gas law for given p and T Reduced Pressure is defined as: Pressure divided by saturation pressure Pressure divided by critical pressure Pressure divided by initial pressure Pressure divided by atmospheric pressure

Solution

5. a: In the absence of compressed liquid tables, a general rule of thumb for v & u properties is to treat a compressed liquid as a saturated liquid at the given temperature.

6.b : Pressure divided by crtical pressure