An insulated, rigid tank has two compartments, one 8 times as large as than the other, divided by a partition. At the beginning, the smaller side contains 4 kg of H2O at 200 kPa, 90 ∘C, and the other side is evacuated. The partition is removed and the water expands to a new equilibrium condition. Assume the surrounding conditions to be 100 kPa and 30 ∘C. Part A. Determine the irreversibility during the process. Part B. What-if scenario: What would the irreversibility be if the larger chamber was 80 times larger?
An insulated, rigid tank has two compartments, one 8 times as large as than the other, divided by a partition. At the beginning, the smaller side contains 4 kg of H2O at 200 kPa, 90 ∘C, and the other side is evacuated. The partition is removed and the water expands to a new equilibrium condition. Assume the surrounding conditions to be 100 kPa and 30 ∘C. Part A. Determine the irreversibility during the process. Part B. What-if scenario: What would the irreversibility be if the larger chamber was 80 times larger?
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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An insulated, rigid tank has two compartments, one 8 times as large as than the other, divided by a partition. At the beginning, the smaller side contains 4 kg of H2O at 200 kPa, 90 ∘C, and the other side is evacuated. The partition is removed and the water expands to a new equilibrium condition. Assume the surrounding conditions to be 100 kPa and 30 ∘C.
Part A. Determine the irreversibility during the process.
Part B. What-if scenario: What would the irreversibility be if the larger chamber was 80 times larger?
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