Atmospheric air at 300k and 100kpa is to be delivered to a

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Reference no: EM13625824

Atmospheric air at 300K and 100kPa is to be delivered to a line at 600K, 200kPa. Two possible schemes for doing this are suggested. The first scheme involves reversible adiabatic compression and then internally reversible isobaric heating. The second scheme involves internally reversible isobaric heating first and then reversible adiabatic compression. In both cases heat exchange takes place with a reservoir at 900K. Assume an ambient condition of 100 kPa, 300K.

a) Determine the second law efficiency for both of the suggested ways.

b) Which scheme do you suggest to accomplish this task?

Reference no: EM13625824

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