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Question two: A piston cylinder contains 3 kg of air at 20cand 300 KPa. t is now heated up in a constant pressure process to 600 K a) Find the final volume b) Plot the process path in a Pev diagram c) Find the work in the process. Note; assume the air is an ideal gas and The properties of air at toom temperature are e,- L.005 KJkg K. C-0.718 kJkg K. R=0.287KJ/kg K.

Question two: A piston cylinder contains 3 kg of air at 20cand 300 KPa. t is now heated up in a constant pressure process to 600 K a) Find the final volume b) Plot the process path in a Pev diagram c) Find the work in the process. Note; assume the air is an ideal gas and The properties of air at toom temperature are e,- L.005 KJkg K. C-0.718 kJkg K. R=0.287KJ/kg K.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question two: A piston cylinder contains 3 kg of air at 20°cand 300 KPa. It is now heated up in a constant pressiure process to 600 K. a) Find the final volume b) Plot the process path in a Pev diagram c) Find the work in the process. Note; assume the air is an ideal gas and The propertics of air at room temperature are e,- L00S KJkg K. -0.718 kJ/kg K. R= 0.287KJ/kg K.
Transcribed Image Text:Question two: A piston cylinder contains 3 kg of air at 20°cand 300 KPa. It is now heated up in a constant pressiure process to 600 K. a) Find the final volume b) Plot the process path in a Pev diagram c) Find the work in the process. Note; assume the air is an ideal gas and The propertics of air at room temperature are e,- L00S KJkg K. -0.718 kJ/kg K. R= 0.287KJ/kg K.
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