Equations of State for a gas; P.v = 0.004 (T + 273) U=U0+1,2 T given in the form. In equations P: bar, v: m3 /kg, U: kj / kg, t: C. Becoming the initial volume of a piston cylinder system filled with gas,whose equations are given, is 0, 02m3, its temperature is 90 C, and its pressure is 4 bar. When the gas expands to a lower pressure, the work that the gas does is 3 kJ, and the heat that passes into the environment is 1.9 kJ. What is the final temperature of the gas?
Equations of State for a gas; P.v = 0.004 (T + 273) U=U0+1,2 T given in the form. In equations P: bar, v: m3 /kg, U: kj / kg, t: C. Becoming the initial volume of a piston cylinder system filled with gas,whose equations are given, is 0, 02m3, its temperature is 90 C, and its pressure is 4 bar. When the gas expands to a lower pressure, the work that the gas does is 3 kJ, and the heat that passes into the environment is 1.9 kJ. What is the final temperature of the gas?
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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Equations of State for a gas;
P.v = 0.004 (T + 273)
U=U0+1,2 T
given in the form. In equations P: bar, v: m3
/kg, U: kj / kg, t: C.
Becoming
the initial volume of a piston cylinder system filled with gas,whose equations are given, is 0, 02m3, its temperature is 90 C, and its pressure is 4 bar. When the gas expands to a lower pressure,
the work that the gas does is 3 kJ, and the heat that passes into the environment is 1.9 kJ. What is the final temperature of the gas?
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