A main supply line in which water flows at 320°C, 150 MPa, is connected through a valve to an elastic and adiabatic balloon, shown in the Figure, which exerts on its contents a pressure that is proportional to its volume. At the beginning of the process the volume of the enclosure is zero. The valve is opened and 5 kg of water enters the balloon. The valve closes when the pressure in the balloon reaches o.8 MPa. Determine the state in the balloon at the end of the process.

A main supply line in which water flows at 320°C, 150 MPa, is connected through a valve to an elastic and adiabatic balloon, shown in the Figure, which exerts on its contents a pressure that is proportional to its volume. At the beginning of the process the volume of the enclosure is zero. The valve is opened and 5 kg of water enters the balloon. The valve closes when the pressure in the balloon reaches o.8 MPa. Determine the state in the balloon at the end of the process.

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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Solve the following problem and show your complete solutions for better understanding.

3.
A main supply line in which water flows at 320°C, 150 MPa, is connected through a valve to
an elastic and adiabatic balloon, shown in the Figure, which exerts on its contents a pressure
that is proportional to its volume. At the beginning of the process the volume of the
enclosure is zero. The valve is opened and 5 kg of water enters the balloon. The valve closes
when the pressure in the balloon reaches o.8 MPa. Determine the state in the balloon at the
end of the process.
15 MPa
320°C

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