Calculate ∆U in KJ for 0.5 Kg water when it vaporized at the constant temperature of 100ᴼC and constant pressure of 101.33 KPa. The specific volumes of liquid and vapor water at these conditions are 0.001 and 1.673 m3/kg respectively. For this change, heat in the amount of 3256.9 KJ is added to the water.
Calculate ∆U in KJ for 0.5 Kg water when it vaporized at the constant temperature of 100ᴼC and constant pressure of 101.33 KPa. The specific volumes of liquid and vapor water at these conditions are 0.001 and 1.673 m3/kg respectively. For this change, heat in the amount of 3256.9 KJ is added to the water.
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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Calculate ∆U in KJ for 0.5 Kg water when it vaporized at the constant temperature of 100ᴼC and constant pressure of 101.33 KPa. The specific volumes of liquid and vapor water at these conditions are 0.001 and 1.673 m3/kg respectively. For this change, heat in the amount of 3256.9 KJ is added to the water.
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