2.A forktruck is parked on a 12 degree downward slope. If the weight is 8500 lb at point G' and the crate at G is 2200 lb at a height of H = 36 in, determine the total moment about Wheel A. Also, calculate the moment about Wheel B. Explain why the values would be different despite input forces remaining the same. ton Permission required for reproduction or display
2.A forktruck is parked on a 12 degree downward slope. If the weight is 8500 lb at point G' and the crate at G is 2200 lb at a height of H = 36 in, determine the total moment about Wheel A. Also, calculate the moment about Wheel B. Explain why the values would be different despite input forces remaining the same. ton Permission required for reproduction or display
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:2.A forktruck is parked on a 12 degree downward slope. If the weight is 8500 lb at point G' and the crate at G is 2200 lb at a height of
H = 36 in, determine the total moment about Wheel A. Also, calculate the moment about Wheel B. Explain why the values would be
different despite input forces remaining the same.
Copyright ©McGraw-H Education Permission required for reproduction or display.
Hin
12 deg
A
16 in.24 in.
G'
12 in.
B
8 in
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