A Carnot power cycle operates on 3lb of air between the limits of 800°F and 600°F. The pressure at the beginning of isothermal expansion is 400 psia and at the end of isothermal expansion is 195 psia. Determine a. the volume at the end of isothermal compression, b. AS during an isothermal process (the ratio of compression during isothermal heating and the overall ratio of expansion, c. Compute the heat added (QA), heat rejected (Qr), work (W) and cycle efficiency

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A Carnot power cycle operates on 3lb of air between the limits of 800°F and 600°F. The
pressure at the beginning of isothermal expansion is 400 psia and at the end of isothermal expansion
is 195 psia. Determine
a. the volume at the end of isothermal compression,
b. AS during an isothermal process (the ratio of compression during isothermal heating and
the overall ratio of expansion,
c. Compute the heat added (QA), heat rejected (QR), work (W) and cycle efficiency
Transcribed Image Text:A Carnot power cycle operates on 3lb of air between the limits of 800°F and 600°F. The pressure at the beginning of isothermal expansion is 400 psia and at the end of isothermal expansion is 195 psia. Determine a. the volume at the end of isothermal compression, b. AS during an isothermal process (the ratio of compression during isothermal heating and the overall ratio of expansion, c. Compute the heat added (QA), heat rejected (QR), work (W) and cycle efficiency
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