Q2 - Calculate the heat (q) and the work (w) in Joules, which the system exchanges with the return process in which the pressure is constant at 100 kPa. The initial temperature is 300 K and a final 500 K. The system contains 2 g of gas, which behaves in the state field the equation of an ideal gas and its molar heat capacity is cp, m = 43.0 J/g K. cv = 0.0346 J/g. K
Q2 - Calculate the heat (q) and the work (w) in Joules, which the system exchanges with the return process in which the pressure is constant at 100 kPa. The initial temperature is 300 K and a final 500 K. The system contains 2 g of gas, which behaves in the state field the equation of an ideal gas and its molar heat capacity is cp, m = 43.0 J/g K. cv = 0.0346 J/g. K
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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Transcribed Image Text:Q2 - Calculate the heat (q) and the work (w) in Joules, which the system exchanges with the
return process in which the pressure is constant at 100 kPa. The initial temperature is
300 K and a final 500 K. The system contains 2 g of gas, which behaves in the state field
the equation of an ideal gas and its molar heat capacity is cp, m = 43.0 J/g K.
cv = 0.0346 J/g. K
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