# A fluid at a pressure of 3 bar.. 0.18 m3/kg. Solved problem

#### A fluid at a pressure of 3 bar, and with specific volume of 0.18 m3/kg, contained in a cylinder behind the piston expands reversibly to a pressure of 0.06 bar according to a law, p = C/v2, where C is a constant. Calculate the work done by the fluid on the piston.

A fluid at a pressure of 3 bar, and with specific volume of 0.18 m3/kg, contained in a cylinder behind the piston expands reversibly to a pressure of 0.06 bar according to a law, p = C/v2, where C is a constant. Calculate the work done by the fluid on the piston.

1. The properties of a closed system following the relation between pressure and volume as pV = 3 where p is in bar V is in m3. Calculate the work done when the pressure increases from 1.5 bar to 7.5 bar.

2. To a closed system 150 kJ of work is supplied. If the initial volume is 0.6 m3 and pressure of the system changes as p = 8 -4V, where p is in bar and V is in m3, determine the final volume and pressure of the system.

3. A fluid at a pressure of 3 bar, and with specific volume of 0.18 m3/kg, contained in a cylinder behind the piston expands reversibly to a pressure of 0.06 bar according to a law, p = C/v2, where C is a constant. Calculate the work done by the fluid on the piston.