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A gas is compressed adiabatically from 10atm and 3000K to 50atm and 5000K at the rate of 1kmol/s. It is assumed that the specific heat

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A gas is compressed adiabatically from 10atm and 3000K to 50atm and 5000K at the rate of 1kmol/s. It is assumed that the specific heat (Cp) of the gas remains constant in both cases b) and c) below. a. Draw the process path on a T-S diagram; b. Calculate the work required to compress 1 kmol of the gas, assuming ideal behavior of the process. c. Calculate the work required to compress 1 kmol of the gas. Assume non-ideal behavior of the process. Data: Cp=40kJ/kmol. K; Mw=28, Tc=300K and Pc=50atm

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