Solve Ideal Gas Problem: Gamma = 1.4, VA=4.33m^3, PA

  • #1
13
0

Homework Statement


A gas undergoes a cyclic process as shown in the figure above. The gas has gamma = 1.4. In the diagram A has volume V_A = 4.33 m^3, pressure P_A
Screenshot_2016-05-18-19-41-40.png

Screenshot_2016-05-18-19-41-48.png


Homework Equations



20160518_131315.jpg



The Attempt at a Solution



20160518_135606.jpg
20160518_131315.jpg
[/B]
 

Attachments

  • Screenshot_2016-05-18-19-41-51.png
    Screenshot_2016-05-18-19-41-51.png
    24.8 KB · Views: 388
  • 20160518_135606.jpg
    20160518_135606.jpg
    27.7 KB · Views: 372
Last edited:
Physics news on Phys.org
  • #2
Your answers for Q 1,2 and 3 look correct. Have you attempted Q4?
 
  • #3
Hint:

If I remember correctly for an adiabatic process..

P1V1γ = P2V2γ

If I've got that wrong perhaps someone can correct me.
 

Suggested for: Solve Ideal Gas Problem: Gamma = 1.4, VA=4.33m^3, PA

Replies
5
Views
341
Replies
4
Views
641
Replies
10
Views
615
Replies
2
Views
95
Replies
2
Views
256
Back
Top