A sample of diatomic ideal gas is initially at state A with pressure PA = 1.21...

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A sample of diatomic ideal gas is initially at state A with pressure PA = 1.21 atm, volume VA = 1.14 m, and temperature T = 498 K. Following an isothermal process (Path 1), the gas reaches a final state C with pressure Pc = 3.44 atm, and volume Vc = 0.850 m, as shown in the figure below. P (atm) PC C P A 1 A B 2 V (m) VA Part 1) Vc How many moles of gas are in the sample? n = mol Part 2) Along path 1, how much work is done on the gas? How much energy is transferred into the gas as heat? W = Q1 J J Part 3) Starting at the same initial state A, an identical sample of ideal gas now follows path 2 with an isobaric process from state A to B and an isovolumetric process from state B to C. How much energy is transferred to the gas as heat along path 2? J Q2 A sample of diatomic ideal gas is initially at state A with pressure PA = 1.21 atm, volume VA = 1.14 m, and temperature T = 498 K. Following an isothermal process (Path 1), the gas reaches a final state C with pressure Pc = 3.44 atm, and volume Vc = 0.850 m, as shown in the figure below. P (atm) PC C P A 1 A B 2 V (m) VA Part 1) Vc How many moles of gas are in the sample? n = mol Part 2) Along path 1, how much work is done on the gas? How much energy is transferred into the gas as heat? W = Q1 J J Part 3) Starting at the same initial state A, an identical sample of ideal gas now follows path 2 with an isobaric process from state A to B and an isovolumetric process from state B to C. How much energy is transferred to the gas as heat along path 2? J Q2