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54. 4.16. Oxygen with Tn 1000R, pi = 100 psia, and M1 = 0.2 enters a device with a cross-sectional area A1= 1 ft2. There is no heat transfer, work transfer, or losses as the gas passes through the device and expands to 14.7 psia. (a) Compute pı, Vi, and m. (b) Compute M2, T2, V2, p2, and A2. (c) What force does the fluid exert on the device?

54. 4.16. Oxygen with Tn 1000R, pi = 100 psia, and M1 = 0.2 enters a device with a cross-sectional area A1= 1 ft2. There is no heat transfer, work transfer, or losses as the gas passes through the device and expands to 14.7 psia. (a) Compute pı, Vi, and m. (b) Compute M2, T2, V2, p2, and A2. (c) What force does the fluid exert on the device?

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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54. 4.16. Oxygen with T1 = 1000R, pi = 100 psia, and Mi 0.2 enters a device with a cross-sectional area A1= 1 ft2. There is no heat transfer, work transfer, or losses as the gas passes through the device and expands to 14.7 psia. (a) Compute pı, Vi, and m. (b) Compute M2, T2, V2, p2, and A2. (c) What force does the fluid exert on the device?
Transcribed Image Text:54. 4.16. Oxygen with T1 = 1000R, pi = 100 psia, and Mi 0.2 enters a device with a cross-sectional area A1= 1 ft2. There is no heat transfer, work transfer, or losses as the gas passes through the device and expands to 14.7 psia. (a) Compute pı, Vi, and m. (b) Compute M2, T2, V2, p2, and A2. (c) What force does the fluid exert on the device?
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