The photo that has the triangle has information needed to answer the question. The other photo contains the question. The question is how much work is being done by the gas in path 2 to 3 How much work is done by the gas in path 2 to 3?159 J10,542 J4,549 J7,832 J 4A heat engine has 3.0 moles of an ideal monatomic gas as its working substance. Its cycle progresses through threethermodynamic processes that bring the gas back to its initial state. State 1 to state 2 is an isochoric process in whichpressure increases. State 2 to state 3 is an isothermal expansion that happens at 450 K, and state 3 back to 1 is anisobaric compression. The temperature at state 1 is 300 K and the volume at state 1 is 0.02 m³.0.023✓(m²)

Given , State 2 to state 3 is an isothermal expansion happens at 450K . Number of moles , n = 3.0…

Answered: How much work is done by the gas in…

Physics for Scientists and Engineers

10th Edition

ISBN:9781337553278

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter19: The First Law Of Thermodynamics

Section: Chapter Questions

Problem 16P: (a) Determine the work done on a gas that expands from i to f as indicated in Figure P19.16. (b)...

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The photo that has the triangle has information needed to answer the question. The other photo contains the question. The question is how much work is being done by the gas in path 2 to 3

How much work is done by the gas in path 2 to 3?
159 J
10,542 J
4,549 J
7,832 J

4
A heat engine has 3.0 moles of an ideal monatomic gas as its working substance. Its cycle progresses through three
thermodynamic processes that bring the gas back to its initial state. State 1 to state 2 is an isochoric process in which
pressure increases. State 2 to state 3 is an isothermal expansion that happens at 450 K, and state 3 back to 1 is an
isobaric compression. The temperature at state 1 is 300 K and the volume at state 1 is 0.02 m³.
0.02
3
✓(m²)

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Thanks so much can you help with this as well

How much heat goes into the gas from 3 to 1?

a)-5,609 J

b)-9,349 J

c)-10,592 J

d)8,970 J

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