First law of thermodynamics One mole of He gas at 300 K expands reversibly from 24600...

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First law of thermodynamics One mole of He gas at 300 K expands reversibly from 24600 cm³ to 49200 cm³. The specific heat at constant volume is, C= 3/2 R. Considering all possible proposes: a) Propose a process with the maximum change in the pressure of the system. b) Sketch the changes in Pressure vs Volume and Pressure vs Temperature for each process Second law of thermodynamics. One mole of He gas at 300 K expands reversibly from 24600 cm³ to 49200 cm³. The specific heat at constant volume is, Cv,m = 3/2 R. Propose a process with maximum change in the entropy of system. First law of thermodynamics One mole of He gas at 300 K expands reversibly from 24600 cm³ to 49200 cm³. The specific heat at constant volume is, C= 3/2 R. Considering all possible proposes: a) Propose a process with the maximum change in the pressure of the system. b) Sketch the changes in Pressure vs Volume and Pressure vs Temperature for each process Second law of thermodynamics. One mole of He gas at 300 K expands reversibly from 24600 cm³ to 49200 cm³. The specific heat at constant volume is, Cv,m = 3/2 R. Propose a process with maximum change in the entropy of system.