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1. Calculate: (a) the internal energy (specific), and (b) the mass finally remaining in the volume of Control.

1. Calculate: (a) the internal energy (specific), and (b) the mass finally remaining in the volume of Control.

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
Problem 1.1MA
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Either the system illustrated below where the fluid considered is water. 1. Calculate: (a) the internal energy (specific), and (b) the mass finally remaining in the volume of Control. 2. In the control volume, what is: (a) the specific internal energy of the saturated steam, (b) The specific internal energy of the saturated liquid, and (c) the (final) temperature? 3 kg. 30 m 100 kPa, 160°C 2 kg, 10 m 100 kPa, 140°C, 200 m/s 3 2 1 kg, 0 m 100 kPa. 100°C, i 1000 m/s ++ Q=9200 kJ mini= 10 kg 100 kPa, x=0.6 min= ? kg 100 kPa, Uin=? +7 kg, 20 m 4 100 kPa, 150°C 8 kg. 0 m 5 100 kPa. 130°C, 100 m/s
Transcribed Image Text:Either the system illustrated below where the fluid considered is water. 1. Calculate: (a) the internal energy (specific), and (b) the mass finally remaining in the volume of Control. 2. In the control volume, what is: (a) the specific internal energy of the saturated steam, (b) The specific internal energy of the saturated liquid, and (c) the (final) temperature? 3 kg. 30 m 100 kPa, 160°C 2 kg, 10 m 100 kPa, 140°C, 200 m/s 3 2 1 kg, 0 m 100 kPa. 100°C, i 1000 m/s ++ Q=9200 kJ mini= 10 kg 100 kPa, x=0.6 min= ? kg 100 kPa, Uin=? +7 kg, 20 m 4 100 kPa, 150°C 8 kg. 0 m 5 100 kPa. 130°C, 100 m/s
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