Compute the change in internal energy AU of the closed constant volume system whichreceives 10.5kJ pf work. The system contains oxygen (cv=o.6595 kJ/kgm-K) at 344kPaa,278 K and occupies o.06 m3. The final temperature is 400 K. (R = 0.260 kJ/kgm-K)O 22.80kJO 19.67KJO 29.28kJ25. 81kJ

Given that:W=10.5 kJP=344 kPaTi=278 KV=0.06 m3cV¯=cVM=0.6595 kJ/kgm-KTf=400 KR=RuM=0.260…

Compute the change in internal energy AU of the closed constant volume system which receives 10.5kJ pf work. The system contains oxygen (cv=0.6595 kJ/kgm-K) at 344kPaa, 278 K and occupies o.06 m³. The final temperature is 400 K. (R = 0.260 kJ/kgm-K)

Compute the change in internal energy AU of the closed constant volume system which receives 10.5kJ pf work. The system contains oxygen (cv=0.6595 kJ/kgm-K) at 344kPaa, 278 K and occupies o.06 m³. The final temperature is 400 K. (R = 0.260 kJ/kgm-K)

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

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Question

Compute the change in internal energy AU of the closed constant volume system which
receives 10.5kJ pf work. The system contains oxygen (cv=o.6595 kJ/kgm-K) at 344kPaa,
278 K and occupies o.06 m3. The final temperature is 400 K. (R = 0.260 kJ/kgm-K)
O 22.80kJ
O 19.67KJ
O 29.28kJ
25. 81kJ

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