One mole of an monatomic ideal gas at

25\\\\deg C

and

1atm

undergoes the following reversibly conducted cycle:\ a. An isothermal expansion to

0.5atm

, followed by\ b. An isobaric expansion to

100\\\\deg C

, followed by\ c. An isothermal compression to

1atm

, followed by\ d. An isobaric compression to

25\\\\deg C

\ he system then undergoes the following reversible cyclic process:\ a. An isobaric expansion to

100\\\\deg C

, followed by\ b. A decrease in pressure at constant volume to the pressure

P

atm, followed by\ c. An isobaric compression at

P

atm to 24.5 liters, followed by\ e. An increase in pressure at constant volume to

1atm

\ Calculate the value of

P

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

One mole of an monatomic ideal gas at 25C and 1atm undergoes the following reversibly conducted cycle: a. An isothermal expansion to 0.5atm, followed by b. An isobaric expansion to 100C, followed by c. An isothermal compression to 1atm, followed by d. An isobaric compression to 25C he system then undergoes the following reversible cyclic process: a. An isobaric expansion to 100C, followed by b. A decrease in pressure at constant volume to the pressure P atm, followed by c. An isobaric compression at P atm to 24.5 liters, followed by e. An increase in pressure at constant volume to 1atm Calculate the value of P which makes the work done on the gas during the first cycle equal to the work done by the gas during the second cycle