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The system then undergoes the following reversible cyclic process An isobaric expansion to 100°C followed by A decrease in pressure at constant volume to the pressure P atm, followed by An isobar

The system then undergoes the following reversible cyclic process.

  1. An isobaric expansion to 100°C, followed by

  2. A decrease in pressure at constant volume to the pressure atm, followed by

  3. An isobaric compression at atm to 24.5 liters, followed by

  4. An increase in pressure at constant volume to 1 atm.

Calculate the value of which makes the work done on the gas during the first cycle equal to the work done by the gas during the second cycle.

 

 

 

Jun 19 2020 View more View Less

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