24. The gas in the process has initial temperature of 200°C and expands adiabatically. During the process the temperature drops to 25% and volume expands by 450%. Determine the specific heat constant pressure if the work done is 20KJ? a. 0.2542 b. 0.2552 c. 0.2562 d. 0.2572 25. The gas in the process has initial temperature of 200°C and expands adiabatically. During the process the temperature drops to 25% and volume expands by 450%. Determine the specific heat constant volume if the work done is 75KJ? a. 0.5414 b. 0.5424 c. 0.5434 d. 0.5444
24. The gas in the process has initial temperature of 200°C and expands adiabatically. During the process the temperature drops to 25% and volume expands by 450%. Determine the specific heat constant pressure if the work done is 20KJ? a. 0.2542 b. 0.2552 c. 0.2562 d. 0.2572 25. The gas in the process has initial temperature of 200°C and expands adiabatically. During the process the temperature drops to 25% and volume expands by 450%. Determine the specific heat constant volume if the work done is 75KJ? a. 0.5414 b. 0.5424 c. 0.5434 d. 0.5444
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Transcribed Image Text:p (Pressure)
Reversible
adiabatic
+v Volume)
For question 24-25
24. The gas in the process has initial temperature
of 200°C and expands adiabatically. During the
process the temperature drops to 25% and
volume expands by 450%. Determine the
specific heat constant pressure if the work
done is 20kJ?
a. 0.2542
b. 0.2552
. 0.2562
d. 0.2572
25. The gas in the process has initial temperature
of 200°C and expands adiabatically. During the
process the temperature drops to 25% and
volume expands by 450%. Determine the
specific heat constant volume if the work done
is 75kJ?
а. 0.5414
b. 0.5424
C.
0.5434
d. 0.5444
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