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2.2 A combat aircraft weighing 30,000 lb. is flying in an inside vertical loop [the pilot's head is inside of the loop] with a radius of 1,600 feet. When it reaches point Q, it is traveling at 400 mph and increasing its speed at the rate of 5 mph/s. (a) Draw a complete FBD of the plane in its proper orientation at point Q [shown in the lower figure]. Clearly label the axes you are using. (b) Find the load factor and the thrust load factor at this instant. Some Answers n = 6.037

2.2 A combat aircraft weighing 30,000 lb. is flying in an inside vertical loop [the pilot's head is inside of the loop] with a radius of 1,600 feet. When it reaches point Q, it is traveling at 400 mph and increasing its speed at the rate of 5 mph/s. (a) Draw a complete FBD of the plane in its proper orientation at point Q [shown in the lower figure]. Clearly label the axes you are using. (b) Find the load factor and the thrust load factor at this instant. Some Answers n = 6.037

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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answers: n= 6.037 nx=0.5383
P.3 40 G 40 Horizontal Flight Path Tangent
Transcribed Image Text:P.3 40 G 40 Horizontal Flight Path Tangent
2.2 A combat aircraft weighing 30,000 lb. is flying in an inside vertical loop [the pilot's head is inside of the loop] with a radius of 1,600 feet. When it reaches point Q, it is traveling at 400 mph and increasing its speed at the rate of 5 mph/s. (a) Draw a complete FBD of the plane in its proper orientation at point Q [shown in the lower figure]. Clearly label the axes you are using. (b) Find the load factor and the thrust load factor at this instant. Some Answers n = 6.037
Transcribed Image Text:2.2 A combat aircraft weighing 30,000 lb. is flying in an inside vertical loop [the pilot's head is inside of the loop] with a radius of 1,600 feet. When it reaches point Q, it is traveling at 400 mph and increasing its speed at the rate of 5 mph/s. (a) Draw a complete FBD of the plane in its proper orientation at point Q [shown in the lower figure]. Clearly label the axes you are using. (b) Find the load factor and the thrust load factor at this instant. Some Answers n = 6.037
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