a line at 0,7 MPa and 40 IS attached tO a tank that Contains little water (assume zero initial mass). The Connecting the steam line and tank is opened until the ressure becomes 0.7 MPa, and then the valve is closed. the process, there is a heat transfer from the tank to the inigs at 300 °K, which amounts to 1000 kJ per each m of mass that the tank has at the end of the process. te he final Specific entropy in the tank in kJ/kg k) S signifigant figurs. very Steam Line Tank
a line at 0,7 MPa and 40 IS attached tO a tank that Contains little water (assume zero initial mass). The Connecting the steam line and tank is opened until the ressure becomes 0.7 MPa, and then the valve is closed. the process, there is a heat transfer from the tank to the inigs at 300 °K, which amounts to 1000 kJ per each m of mass that the tank has at the end of the process. te he final Specific entropy in the tank in kJ/kg k) S signifigant figurs. very Steam Line Tank
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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
Transcribed Image Text:A Steam line at 0,7 MPa and 400°C is attached to a tank that
initially Contains
valve Connechng the steam hne and tank is opened until the
tank pressure becomes o.7 MPa, and then the valve is closed.
Dunng the process, there is a heat transfer from the tank to the
Surroundirigs at 300 °K, which amounts to 1000 kJ per each
Kilogram of mass that the tank has at the end of the process.
Calculate he final Specific entropy in the tank in kJlkg k)
using 5 signifigant figires.
very
little water (assume zero initial mass). The
Steam Line
Tank
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