#6) For the first PV cycle discussed (ie where (A) rev DeltaV at constant P was followed by (B) rev DeltaP at constant V and finally (C) isothermal

#6) For the first PV cycle discussed (ie where (A) rev DeltaV at constant P was followed by (B) rev DeltaP at constant V and finally (C) isothermal compression back to the starting point) in which 1 mole of a perfect gas is operating between PH = 1.00 atm and PL = 0.50 atm and VS = 22.44 dm3 and VL = 44.88 dm3. Calculate q, w, DeltaH, DeltaU, DeltaS, and DeltaG, as appropriate, for each step.

#7) For a 3.00 mole sample of Cl2 (with a temperature dependent Cp as given in your text) compressed adiabatically until its temperature raises from 200 K to 250 K calculate q, w, DeltaH, DeltaU, DeltaS.

Please show work Thank you.