A vessel of 1.5 m3 capacity contains oxygen at 7 bar and 40°C. The vessel is connected to another vessel of 3 m3 capacity containing carbon monoxide at 1 bar and 15°C. A connecting valve is opened and the gases mix adiabatically. Calculate : (i) The final temperature and pressure of the mixture. (ii) The change in entropy of the system. Assume : For oxygen Cv = 21.07 kJ/mole K For carbon monoxide Cv = 20.86 kJ/mole K. [Ans. (i) 34°C, 3 bar ; (ii) 4.108 kJ/K] That are the answers all i need is the correct solutions
A vessel of 1.5 m3 capacity contains oxygen at 7 bar and 40°C. The vessel is connected to another vessel of 3 m3 capacity containing carbon monoxide at 1 bar and 15°C. A connecting valve is opened and the gases mix adiabatically. Calculate : (i) The final temperature and pressure of the mixture. (ii) The change in entropy of the system. Assume : For oxygen Cv = 21.07 kJ/mole K For carbon monoxide Cv = 20.86 kJ/mole K. [Ans. (i) 34°C, 3 bar ; (ii) 4.108 kJ/K] That are the answers all i need is the correct solutions
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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A vessel of 1.5 m3 capacity contains oxygen at 7 bar and 40°C. The vessel is connected to another vessel
of 3 m3 capacity containing carbon monoxide at 1 bar and 15°C. A connecting valve is opened and the gases mix adiabatically. Calculate : (i) The final temperature and pressure of the mixture. (ii) The change
in entropy of the system.
Assume : For oxygen Cv
= 21.07 kJ/mole K
For carbon monoxide Cv
= 20.86 kJ/mole K.
[Ans. (i) 34°C, 3 bar ; (ii) 4.108 kJ/K]
That are the answers all i need is the correct solutions
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