A heating-cooling system cycles gases between states. Assume this system is using 1.00 moles of an ideal gas with a C(v) = 25.00 J/mol· K. In this cycle, the gas was cooled from 561.0 K to 392.0 K. In addition, the pressure changed from 20.0 atm to 14.0 atm while the volume remained constant. Calculate AE for this process.

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Chapter6: Thermochemistry
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Problem 44E: One mole of H2O(g) at 1.00 atm and 100.C occupies a volume of 30.6 L. When 1 mole of H2O(g) is...
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A heating-cooling system cycles
gases between states. Assume this
system is using 1.00 moles of an
ideal gas with a C(v) = 25.00 J/mol·
K. In this cycle, the gas was cooled
from 561.0 K to 392.0 K. In addition,
the pressure changed from 20.0
%3D
atm to 14.0 atm while the volume
remained constant. Calculate AE for
this process.
J
1
4
C
7
8.
9
+/-
x 10 0
LO
Transcribed Image Text:Question 11 of 11 Submit A heating-cooling system cycles gases between states. Assume this system is using 1.00 moles of an ideal gas with a C(v) = 25.00 J/mol· K. In this cycle, the gas was cooled from 561.0 K to 392.0 K. In addition, the pressure changed from 20.0 %3D atm to 14.0 atm while the volume remained constant. Calculate AE for this process. J 1 4 C 7 8. 9 +/- x 10 0 LO
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