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When an airplane is flying 273 mph point (1) at 5625 ft. altitude in a standard atmosphere, the air velocity at point (3) on the wing is 360 mph relative to the airplane. (a) What pressure is developed on the wing at point (3)? (b) What is the pressure at the leading edge (stagnation point) of the wing? (3) (2) (1) C4)

When an airplane is flying 273 mph point (1) at 5625 ft. altitude in a standard atmosphere, the air velocity at point (3) on the wing is 360 mph relative to the airplane. (a) What pressure is developed on the wing at point (3)? (b) What is the pressure at the leading edge (stagnation point) of the wing? (3) (2) (1) C4)

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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Answer a, b
When an airplane is flying 273 mph point (1) at 5625 ft. altitude in a standard atmosphere, the air velocity at point (3) on the wing is 360 mph relative to the airplane. (a) What pressure is developed on the wing at point (3)? (b) What is the pressure at the leading edge (stagnation point) of the wing? (3) (2) (1) C4) Fig. 1- Airplane wing
Transcribed Image Text:When an airplane is flying 273 mph point (1) at 5625 ft. altitude in a standard atmosphere, the air velocity at point (3) on the wing is 360 mph relative to the airplane. (a) What pressure is developed on the wing at point (3)? (b) What is the pressure at the leading edge (stagnation point) of the wing? (3) (2) (1) C4) Fig. 1- Airplane wing
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