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A medical ampoule containing 1000 psia, dextrose (liquid water) at 100 °F and 0.3 in in volum is placed in a 1 f volume cylinder. A vacuum is created in the cylinder and the capsule ruptures Then the dextrose fills into the cylinder and begins to evaporate. Calculate the final quality of th water-vapor mixture in the cylinder when it reaches the final equilibrium temperature of 100 °F Also calculate the heat transfer with the environment.

A medical ampoule containing 1000 psia, dextrose (liquid water) at 100 °F and 0.3 in in volum is placed in a 1 f volume cylinder. A vacuum is created in the cylinder and the capsule ruptures Then the dextrose fills into the cylinder and begins to evaporate. Calculate the final quality of th water-vapor mixture in the cylinder when it reaches the final equilibrium temperature of 100 °F Also calculate the heat transfer with the environment.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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ThermoDynaimcs 1

A medical ampoule containing 1000 psia, dextrose (liquid water) at 100 °F and 0.3 in in volume is placed in a 1 f volume cylinder. A vacuum is created in the cylinder and the capsule ruptures. Then the dextrose fills into the cylinder and begins to evaporate. Calculate the final quality of the water-vapor mixture in the cylinder when it reaches the final equilibrium temperature of 100 °F. Also calculate the heat transfer with the environment.
Transcribed Image Text:A medical ampoule containing 1000 psia, dextrose (liquid water) at 100 °F and 0.3 in in volume is placed in a 1 f volume cylinder. A vacuum is created in the cylinder and the capsule ruptures. Then the dextrose fills into the cylinder and begins to evaporate. Calculate the final quality of the water-vapor mixture in the cylinder when it reaches the final equilibrium temperature of 100 °F. Also calculate the heat transfer with the environment.
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