In a well-insulated fixed-volume closed vessel, there is initially 5 kg of saturated liquid-vapour mixture water at 100 kPa pressure. In this state, one quarter of the total mass is in the vapor phase. Then, the electric heater in the container operates and a current of 8 A flows through the heater plugged into a 110 V outlet. How long will it take to evaporate all the liquid in the container? Plot the phase change in the T-v diagram showing the saturation curves.
In a well-insulated fixed-volume closed vessel, there is initially 5 kg of saturated liquid-vapour mixture water at 100 kPa pressure. In this state, one quarter of the total mass is in the vapor phase. Then, the electric heater in the container operates and a current of 8 A flows through the heater plugged into a 110 V outlet. How long will it take to evaporate all the liquid in the container? Plot the phase change in the T-v diagram showing the saturation curves.
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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2) In a well-insulated fixed-volume closed vessel, there is initially 5 kg of saturated liquid-vapour mixture water at 100 kPa pressure. In this state, one quarter of the total mass is in the vapor phase. Then, the electric heater in the container operates and a current of 8 A flows through the heater plugged into a 110 V outlet. How long will it take to evaporate all the liquid in the container? Plot the phase change in the T-v diagram showing the saturation curves.
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