3.5. During a quasi-static expansion of a gas in an adiabatic container, the pressure at anymoment is given by the equationPV = K,where y and K are constants. Show that the work done in expanding from a state(Pi, Vi) to a state (P5, V5) isP;V¡ – P¡V5W= -If the initial pressure and volume are 106 Pa and 10-3 m³, respectively, and the finalvalues are 2 x 10° Pa and 3.16 × 10-3 m³, respectively, how much work is done on agas having y = 1.4?

The work done on the gas is given by Where P = Pressure, Vi = Initial volume, Vf = Final volume

3.5. During a quasi-static expansion of a gas in an adiabatic container, the pressure at any moment is given by the equation PV^ = K, where y and K are constants. Show that the work done in expanding from a state (Pi, Vi) to a state (Pf, V5) is P:V; – P;V5 y - 1 W If the initial pressure and volume are 106 Pa and 10-3 m³, respectively, and the final values are 2 x 10° Pa and 3.16 × 10-3 m³, respectively, how much work is done on a gas having y = 1.4?

3.5. During a quasi-static expansion of a gas in an adiabatic container, the pressure at any moment is given by the equation PV^ = K, where y and K are constants. Show that the work done in expanding from a state (Pi, Vi) to a state (Pf, V5) is P:V; – P;V5 y - 1 W If the initial pressure and volume are 106 Pa and 10-3 m³, respectively, and the final values are 2 x 10° Pa and 3.16 × 10-3 m³, respectively, how much work is done on a gas having y = 1.4?