Answers are given all i need is the solution thank u. 14. Two vessels both containing nitrogen, are connected by a valve which is opened to allow the contents tomix and achieve an equilibrium temperature of 27°C. Before mixing the following information is knownabout the gases in the two vessels.Vessel AVessel Bp = 15 bart = 50°CContents = 0.5 kg moleCalculate the final equilibrium pressure and amount of heat transferred to the surroundings. If thevessel had been perfectly insulated, calculate the final temperature and pressure which would have beenreached.p = 6 bart = 20°CContents = 2.5 kgTake y = 1.4.[Ans. 11.68 bar, – 226.2 kJ, 45.5°C, 12.4 bar]

givenvessel ApA=15bar =1500kpaTA=50+273=322KmA=0.5kgvessel BpB=600kpaTB=20+273=393KmB=2.5kg

Two vessels both containing nitrogen, are connected by a valve which is opened to allow the contents to mix and achieve an equilibrium temperature of 27°C. Before mixing the following information is known about the gases in the two vessels. Vessel A Vessel B p= 15 bar t= 50°C p= 6 bar t = 20°C Contents = 2.5 kg Contents - 0.5 kg mole Caleulate the final equilibrium pressure and amount of heat transferred to the surroundings. If the vessel had been perfectly insulated, caleulate the final temperature and pressure which would have been reached. Take y= 1.4. (Ans. 11.68 bar, - 226.2 kJ, 45.5°C, 12.4 bar)

Two vessels both containing nitrogen, are connected by a valve which is opened to allow the contents to mix and achieve an equilibrium temperature of 27°C. Before mixing the following information is known about the gases in the two vessels. Vessel A Vessel B p= 15 bar t= 50°C p= 6 bar t = 20°C Contents = 2.5 kg Contents - 0.5 kg mole Caleulate the final equilibrium pressure and amount of heat transferred to the surroundings. If the vessel had been perfectly insulated, caleulate the final temperature and pressure which would have been reached. Take y= 1.4. (Ans. 11.68 bar, - 226.2 kJ, 45.5°C, 12.4 bar)

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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