Determine the sum of the heat transfer rate and power


1. Using the generalized charts, determine the sum of the heat transfer rate and power required to isothermally compress 0.300 kg/s of hydrogen in a steady flow process from 2.00 to 20.0 atm at 50.0 K. Is it possible to carry out this process adiabatically?

2. Using the generalized charts, determine the entropy change as 0.730 kg of carbon monoxide is expanded from 35.0 MPa to 0.100 MPa in an isothermal process at 100. K.

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Mechanical Engineering: Determine the sum of the heat transfer rate and power
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