Physics, 06.10.2019 04:01 brucewayne390

An ideal gas at a flow rate of 10 m3/min enters a compressor at 25 °c and 1 bar. it leaves at 1 mpa. during the process, heat is dissipated to the surroundings at a rate of 2100 w. the temperature of the surroundings is constant at 25 °c, and the heat capacity of the gas is given by cp(ig)/r = 2.0 +0.040t, where t is in degrees kelvin. a) assuming this process is reversible, calculate the temperature at the compressor outlet. b) calculate the minimum power required to compress the gas. c) if the compressor efficiency is 70 %, calculate the actual power needed. d) calculate the actual final temperature at the compressor outlet.

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An ideal gas at a flow rate of 10 m3/min enters a compressor at 25 °c and 1 bar. it leaves at 1 mpa....

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