A liquid expands reversibly in keeping with a linear regulation from 4.5 bar to 2 bar. The preliminary and very last volumes are 0.008 m^3 and 0.03 m^3. The fluid is then cooled reversibly at regular pressure, and subsequently compressed reversibly in keeping with a regulation pv regular again to the preliminary situations of 4.5 bar and 0.008 m^3. Calculate: a) the volume at the start isothermal compression. b) the work completed in every process, and c) the network of the cycle. Assume liquid as fluid

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A liquid expands reversibly in keeping with a linear regulation from 4.5 bar to 2 bar. The
preliminary and very last volumes are 0.008 m^3 and 0.03 m^3. The fluid is then cooled reversibly
at regular pressure, and subsequently compressed reversibly in keeping with a regulation pv
regular again to the preliminary situations of 4.5 bar and 0.008 m^3. Calculate: a) the volume at
the start isothermal compression. b) the work completed in every process, and c) the network of
the cycle.
Assume liquid as fluid
Transcribed Image Text:A liquid expands reversibly in keeping with a linear regulation from 4.5 bar to 2 bar. The preliminary and very last volumes are 0.008 m^3 and 0.03 m^3. The fluid is then cooled reversibly at regular pressure, and subsequently compressed reversibly in keeping with a regulation pv regular again to the preliminary situations of 4.5 bar and 0.008 m^3. Calculate: a) the volume at the start isothermal compression. b) the work completed in every process, and c) the network of the cycle. Assume liquid as fluid
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