(b) There are three vessels; A, B, and C which are connected together through some closed valves. The volume of each of vessels is 1.0 m³ and each of them contains similar gas at the temperature of 27°C. Furthermore, the pressure of the gas inside vessel A is 1.0 MPa, inside vessel B is 1.5 MPa and inside vessel C is 3.2 MPa. (1) (ii) Determine the mass of the gasses in each vessel. The valves are now opened, and the gases are allowed to mix. Determine the final pressure in vessels at the temperature of 27°C. Assume R for the gas to be 300 J/(kg 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
Question

Answer the following questions regarding vessels: 

(b) There are three vessels; A, B, and C which are connected together through
some closed valves. The volume of each of vessels is 1.0 m³ and each of
them contains similar gas at the temperature of 27°C. Furthermore, the
pressure of the gas inside vessel A is 1.0 MPa, inside vessel B is 1.5 MPa and
inside vessel C is 3.2 MPa.
(i)
(ii)
Determine the mass of the gasses in each vessel.
The valves are now opened, and the gases are allowed to mix.
Determine the final pressure in vessels at the temperature of 27°C.
Assume R for the gas to be 300 J/(kg K).
Transcribed Image Text:(b) There are three vessels; A, B, and C which are connected together through some closed valves. The volume of each of vessels is 1.0 m³ and each of them contains similar gas at the temperature of 27°C. Furthermore, the pressure of the gas inside vessel A is 1.0 MPa, inside vessel B is 1.5 MPa and inside vessel C is 3.2 MPa. (i) (ii) Determine the mass of the gasses in each vessel. The valves are now opened, and the gases are allowed to mix. Determine the final pressure in vessels at the temperature of 27°C. Assume R for the gas to be 300 J/(kg K).
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