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Air enters a 0.5-ft inside diameter duct with p₁ = 20 psia, T₁ = 80°F, and V₁ = 200 ft/s. (a) What frictionless heat addition rate Q in Btu/s is necessary for an exit gas temperature T₂ = 1500°F. Determine (b) p2, (c) V₂, and (d) Ma2 also. (a) Q = i Btu/s

Air enters a 0.5-ft inside diameter duct with p₁ = 20 psia, T₁ = 80°F, and V₁ = 200 ft/s. (a) What frictionless heat addition rate Q in Btu/s is necessary for an exit gas temperature T₂ = 1500°F. Determine (b) p2, (c) V₂, and (d) Ma2 also. (a) Q = i Btu/s

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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Air enters a 0.5-ft inside diameter duct with p₁ = 20 psia, T₁ = 80°F, and V₁ = 200 ft/s. (a) What frictionless heat addition rate Qin Btu/s is necessary for an exit gas temperature T₂ = 1500°F. Determine (b) p2, (c) V₂, and (d) Ma2 also. (a) Q = i Btu/s (b) p₂ = i (c) V₂ = i (d) Ma₂ = i psia ft/s
Transcribed Image Text:Air enters a 0.5-ft inside diameter duct with p₁ = 20 psia, T₁ = 80°F, and V₁ = 200 ft/s. (a) What frictionless heat addition rate Qin Btu/s is necessary for an exit gas temperature T₂ = 1500°F. Determine (b) p2, (c) V₂, and (d) Ma2 also. (a) Q = i Btu/s (b) p₂ = i (c) V₂ = i (d) Ma₂ = i psia ft/s
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