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The 27-Mg aircraft is climbing at the angle = 11° under a jet thrust T of 110 kN. At the instant represented, its speed is 360 km/h and is increasing at the rate of 1.68 m/s2. Also is decreasing as the aircraft begins to level off. If the radius of curvature of the path at this instant is 17 km, compute the lift L and drag D. (Lift L and drag D are the aerodynamic forces normal to and opposite to the flight direction, respectively.) Answers: L= i D= i kN KN

The 27-Mg aircraft is climbing at the angle = 11° under a jet thrust T of 110 kN. At the instant represented, its speed is 360 km/h and is increasing at the rate of 1.68 m/s2. Also is decreasing as the aircraft begins to level off. If the radius of curvature of the path at this instant is 17 km, compute the lift L and drag D. (Lift L and drag D are the aerodynamic forces normal to and opposite to the flight direction, respectively.) Answers: L= i D= i kN KN

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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The 27-Mg aircraft is climbing at the angle = 11° under a jet thrust T of 110 kN. At the instant represented, its speed is 360 km/h and is increasing at the rate of 1.68 m/s². Also is decreasing as the aircraft begins to level off. If the radius of curvature of the path at this instant is 17 km, compute the lift L and drag D. (Lift L and drag D are the aerodynamic forces normal to and opposite to the flight direction, respectively.) T Answers: L= D= Mi i 0 kN KN
Transcribed Image Text:The 27-Mg aircraft is climbing at the angle = 11° under a jet thrust T of 110 kN. At the instant represented, its speed is 360 km/h and is increasing at the rate of 1.68 m/s². Also is decreasing as the aircraft begins to level off. If the radius of curvature of the path at this instant is 17 km, compute the lift L and drag D. (Lift L and drag D are the aerodynamic forces normal to and opposite to the flight direction, respectively.) T Answers: L= D= Mi i 0 kN KN
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