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1. A gas obeys the following equation of state: ap² T m³K bar mol where a = - P(v − b) = RT + -0.001 and b = 8 × 10-5 m³ mol Calculate the entropy change As when the gas changes from state 1 (600 K, 100 bar) to state 2 (450 K, 20 bar). The ideal gas heat capacity for this process is Cp = 33.5- mol K

1. A gas obeys the following equation of state: ap² T m³K bar mol where a = - P(v − b) = RT + -0.001 and b = 8 × 10-5 m³ mol Calculate the entropy change As when the gas changes from state 1 (600 K, 100 bar) to state 2 (450 K, 20 bar). The ideal gas heat capacity for this process is Cp = 33.5- mol K

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1. A gas obeys the following equation of state: ap² T m³K bar mol P(vb) = RT + where a = -0.001 and b = 8 × 10-5 m³ mol Calculate the entropy change As when the gas changes from state 1 (600 K, 100 bar) to state J 2 (450 K, 20 bar). The ideal gas heat capacity for this process is Cp = 33.5 mol K
Transcribed Image Text:1. A gas obeys the following equation of state: ap² T m³K bar mol P(vb) = RT + where a = -0.001 and b = 8 × 10-5 m³ mol Calculate the entropy change As when the gas changes from state 1 (600 K, 100 bar) to state J 2 (450 K, 20 bar). The ideal gas heat capacity for this process is Cp = 33.5 mol K
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