Question

A crate is hung by ropes attached to a steel ring. Assume that the center of gravity (CG) of the crate shown lies at its geometric center, and that ring A lies directly above the crate's CG. The top surface of the crate is horizontal, and ring A lies 39 inches above it. Other dimensions are given as:

a = 40 in
b = 33 in
c = 7 in

A load cell measures the tension in rope AC to be TACTAC = 157 lb. Find the weight of the crate and the tension in the other two ropes.

2013 Michael Swanbom C030 BY NC SA S1 ZA g

WcrateWcrate =

TABTAB =

TADTAD =

0 0
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Answer #1

Solution:- (0,0,0) = TPA + F . (0,0,-39 W Z Joroba , h) =(-23, 20, -39) Werate Location og point B is -, - , -1) = (-3, -20,For = Fon (0.35232 î +0.427057 À + 0,8327613 ) Similarly Fen - For ( a ) FCA = FCA ( (0-3)i + (0-(-3)) } + (0-(-39)) i ) (1 =Now for equilibrium of whole chate. 55x=o: Fyzo ; F = o Matoutony = point & for Ex=0 For (0-35232) + FOA (0.352322) - FAX0:37

I have provided well explained and detailed solution please go through solution and give feedback accordingly. Best wishes!

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