A closed, rigid tank whose volume is 1.5 m³ initially contains a two-phase liquid- vapor mixture at 120°C. The water is heated to a final state where pressure is 4 bar and quality is 100%. (a) Determine the final temperature, in °C. (b) Find the quality (x) of water at the initial state. (c) Determine the mass of vapor present at the initial state, in kg. (d) Calculate the heat transfer during the process, in kJ. (Neglect kinetic and potential energy effects)

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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A closed, rigid tank whose volume is 1.5 m³ initially contains a two-phase liquid-
vapor mixture at 120°C. The water is heated to a final state where pressure is 4 bar
and quality is 100%.
(a) Determine the final temperature, in °C.
(b) Find the quality (x) of water at the initial state.
(c) Determine the mass of vapor present at the initial state, in kg.
(d) Calculate the heat transfer during the process, in kJ.
(Neglect kinetic and potential energy effects)
Transcribed Image Text:A closed, rigid tank whose volume is 1.5 m³ initially contains a two-phase liquid- vapor mixture at 120°C. The water is heated to a final state where pressure is 4 bar and quality is 100%. (a) Determine the final temperature, in °C. (b) Find the quality (x) of water at the initial state. (c) Determine the mass of vapor present at the initial state, in kg. (d) Calculate the heat transfer during the process, in kJ. (Neglect kinetic and potential energy effects)
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