Part 1) What is the temperature of the gas at point A? TA 2 K Part 2) Each molecule of the gas has 5 degrees of freedom, what is the change in internal energy as the gas completes the process A > B? AE'inl : J Part 3) How much work is done on the gas as it goes from A > B? WA>B = J Part 4) How much work is done on the gas as it goes from B > C? WB>C = J Part 5) How much heat is added to the gas as it goes from C -> D? QC>D : J Part 6) How much heat is added to the gas as it goes from D > A? QD>A : J Question: Figure 1 (not to scale) shows 0.327 mols of an ideal gas completing a cycle. PA = 3.51 atm, P3 = 0.877 atm, VA 2 4.48 L, VB 2 12.10 L and VC 2 1.21 L. The process A > B is adiabatic. P (atm) Vc VA VB V (L) Diagram not to scale Figure 1: A PV plot depicting the described gas going down and right along an adiabatic pathway from condition A to condition B, then going left from condition B to condition C along a horizontal line. The described gas then goes up from condition C to condition D along a vertical pathway before going right from condition D to condition A along a horizontal line. The x-axis represents volume in litres and the y-axis represents pressure in atmospheres. A