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A 550 L at 1,400 kPa and 30 C compressed nitrogen storage has a leaky valve. resulting in gas to very slowly leak from the storage. It is noticed that after several days, the pressure in the tank has dropped to 600 kPa. Assuming that the leak happens slowly and under adiabatic conditions, determine the amount of nitrogen escaped from container in kg. Your Answer:

A 550 L at 1,400 kPa and 30 C compressed nitrogen storage has a leaky valve. resulting in gas to very slowly leak from the storage. It is noticed that after several days, the pressure in the tank has dropped to 600 kPa. Assuming that the leak happens slowly and under adiabatic conditions, determine the amount of nitrogen escaped from container in kg. Your Answer:

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
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A 550 L at 1,400 kPa and 30 C compressed nitrogen storage has a leaky valve. resulting in gas to very slowly leak from the storage. It is noticed that after several days, the pressure in the tank has dropped to 600 kPa. Assuming that the leak happens slowly and under adiabatic conditions, determine the amount of nitrogen escaped from container in kg. Your Answer:
Transcribed Image Text:A 550 L at 1,400 kPa and 30 C compressed nitrogen storage has a leaky valve. resulting in gas to very slowly leak from the storage. It is noticed that after several days, the pressure in the tank has dropped to 600 kPa. Assuming that the leak happens slowly and under adiabatic conditions, determine the amount of nitrogen escaped from container in kg. Your Answer:
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