4. (4) To use the cruising flight equations, from our general set of equations, what 3 variables do werequired to be zero?Fr cos(a) - F, - Fw sin(4) = ma → Fr = FDFr sin (a) + F, - Fw cos ()%3D%3D->%3Da. O, q, and ab. V, a, and 0c. Fp, 0, and oN.d. a, 0, ande.п, Ф, and a5. (4) If your plane weights 6500lb, and has a wing efficiency of n = 11. While you are cruising,how much lift are your wings producing?a) 71000lbb. 6500lbc. 636lbd. 9030lbe. 2086lb

“Since you have asked multiple question, we will solve the first question for you. If you want any…

4. (4) To use the cruising flight equations, from our general set of equations, what 3 variables do we required to be zero? Fr cos(a) – Fp - Fw sin(4) = ma, → Fr = Fp Fr sin (a) + F – Fw cos (4) = %3D %3D ma → F, = F, %3D a. O, q, and a b. V, a, and 0 c. Fp, 0, and oN.

4. (4) To use the cruising flight equations, from our general set of equations, what 3 variables do we required to be zero? Fr cos(a) – Fp - Fw sin(4) = ma, → Fr = Fp Fr sin (a) + F – Fw cos (4) = %3D %3D ma → F, = F, %3D a. O, q, and a b. V, a, and 0 c. Fp, 0, and oN.

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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Question

4. (4) To use the cruising flight equations, from our general set of equations, what 3 variables do we
required to be zero?
Fr cos(a) - F, - Fw sin(4) = ma → Fr = FD
Fr sin (a) + F, - Fw cos ()
%3D
%3D
->
%3D
a. O, q, and a
b. V, a, and 0
c. Fp, 0, and oN.
d. a, 0, and
e.
п, Ф, and a
5. (4) If your plane weights 6500lb, and has a wing efficiency of n = 11. While you are cruising,
how much lift are your wings producing?
a) 71000lb
b. 6500lb
c. 636lb
d. 9030lb
e. 2086lb

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