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(25) One mole of an ideal gas is moved through the following states as a part of a 3-stroke heat engine. The gas moves from state A to B to C and then back to A to complete the cycle. State A: Volume = 0.01 m', Pressure = 0.60 atm State B: Volume = 0.01 m', State C: Volume = 0.02 m', Pressure = 0.25 atm Pressure = 0.25 atm a.) Draw the P-V diagram for the cycle and identify the type of transition that corresponds to the transitions A B and B C. b.) What are the temperatures of states A, B and C in °K? c.) During which state transitions, if any, is the gas doing work on the outside world? Assuming that the transition C → A can be represented by a direct, linear transition in the P-V plane find: d.) What is the total work done by the gas during a complete cycle? e.) What is the total heat transfer to/from the gas during a complete cycle?
Transcribed Image Text:(25) One mole of an ideal gas is moved through the following states as a part of a 3-stroke heat engine. The gas moves from state A to B to C and then back to A to complete the cycle. State A: Volume = 0.01 m', Pressure = 0.60 atm State B: Volume = 0.01 m', State C: Volume = 0.02 m', Pressure = 0.25 atm Pressure = 0.25 atm a.) Draw the P-V diagram for the cycle and identify the type of transition that corresponds to the transitions A B and B C. b.) What are the temperatures of states A, B and C in °K? c.) During which state transitions, if any, is the gas doing work on the outside world? Assuming that the transition C → A can be represented by a direct, linear transition in the P-V plane find: d.) What is the total work done by the gas during a complete cycle? e.) What is the total heat transfer to/from the gas during a complete cycle?
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