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5. Ône mole of a monoatomic ideal gas, in the initial state T = 273 K,P = 1 atm, is subjected to the following three processes, each of which is conducted reversibly: A doubling of its volume at constant pressure, Then a doubling of its pressure at constant volume Then a return to the initial state along the path P(atm) = 6.643 × 10¬4v² + 0.6667. Note: V is in liters i. ii. iii. %3D Calculate the heat (Q) and work (W) effects which occur during each of the three processes. Note: C, = 2.5 R and Cy = 1.5 R where R = 8.314'/mol K 0.08206 atmL %3D Also 1 atmL = 101.3] аnd R %3 4/mol K

5. Ône mole of a monoatomic ideal gas, in the initial state T = 273 K,P = 1 atm, is subjected to the following three processes, each of which is conducted reversibly: A doubling of its volume at constant pressure, Then a doubling of its pressure at constant volume Then a return to the initial state along the path P(atm) = 6.643 × 10¬4v² + 0.6667. Note: V is in liters i. ii. iii. %3D Calculate the heat (Q) and work (W) effects which occur during each of the three processes. Note: C, = 2.5 R and Cy = 1.5 R where R = 8.314'/mol K 0.08206 atmL %3D Also 1 atmL = 101.3] аnd R %3 4/mol K

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6. One mole of a monoatomic ideal gas, in the initial state T = 273 K,P = 1 atm, is subjected to the following three processes, each of which is conducted reversibly: A doubling of its volume at constant pressure, Then a doubling of its pressure at constant volume Then a i. ii. iii. return to the initial state along the path P(atm) = %3D 6.643 × 10-4V² + 0.6667. Note: V is in liters Calculate the heat (Q) and work (W) effects which occur during each of the three 8.314' /mol K processes. Note: C, Also 1 atmL = 101.3J and R = = 2.5 R and Cy 1.5 R where R 0.08206 atmL/mol K
Transcribed Image Text:6. One mole of a monoatomic ideal gas, in the initial state T = 273 K,P = 1 atm, is subjected to the following three processes, each of which is conducted reversibly: A doubling of its volume at constant pressure, Then a doubling of its pressure at constant volume Then a i. ii. iii. return to the initial state along the path P(atm) = %3D 6.643 × 10-4V² + 0.6667. Note: V is in liters Calculate the heat (Q) and work (W) effects which occur during each of the three 8.314' /mol K processes. Note: C, Also 1 atmL = 101.3J and R = = 2.5 R and Cy 1.5 R where R 0.08206 atmL/mol K
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