An airplane weighing 8,000 lb has an upward acceleration of 3g when landing. Ma 24,000 Ib A W=8,000 lb A 240" a) If the dimensions are as shown, what are the wheel reactions R1 and R2? b) What time is required to decelerate the airplane from a vertical velocity of 12 ft/sec? c) What is the shear and bending moment on a vertical section AA, if the weight forward of this section is 2,000 lb and has a center of gravity 40 in. from this cross section?
An airplane weighing 8,000 lb has an upward acceleration of 3g when landing. Ma 24,000 Ib A W=8,000 lb A 240" a) If the dimensions are as shown, what are the wheel reactions R1 and R2? b) What time is required to decelerate the airplane from a vertical velocity of 12 ft/sec? c) What is the shear and bending moment on a vertical section AA, if the weight forward of this section is 2,000 lb and has a center of gravity 40 in. from this cross section?
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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Transcribed Image Text:An airplane weighing 8,000 lb has an
upward acceleration of 3g when landing.
Ma•24,000 lb
W-8,000 lb
A
240"
-- --
a) If the dimensions are as shown, what are
the wheel reactions R1 and R2?
b) What time is required to decelerate the
airplane from a vertical velocity of 12
ft/sec?
c) What is the shear and bending moment
on a vertical section AA, if the weight
forward of this section is 2,000 lb and has a
center of gravity 40 in. from this cross
section?
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