Problem 6.2Rigid Body EquilibriumThe tailgate of the vehicle isonly supported by a singlecable AB, and the pin joint O.The tailgate and the crateweigh 19 kg and 32 kg,respectively. You arerequired to:a) Draw a free-bodyb)c)diagram of the tailgateDetermine the force inthe Cable ABDetermine the supportreactions at Point O0.1 m0.45 mG₁0.25 mCONNECTIONCONSOBDUTEN PLATINGSTANCHIONT0.3 m-

According to the given data Weight of the blobk=WB=32x9.81=313.92N Weight of the…

Problem 6.2 Rigid Body Equilibrium The tailgate of the vehicle is only supported by a single cable AB, and the pin joint O. The tailgate and the crate weigh 19 kg and 32 kg, respectively. You are required to: a) Draw a free-body diagram of the tailgate b) Determine the force in the Cable AB c) Determine the support reactions at Point Q G₂ 0.1 m 0.45 m G₁ 0.25 m CONNECTION OUTON PLATINS STANCHION 0.3 m

Problem 6.2 Rigid Body Equilibrium The tailgate of the vehicle is only supported by a single cable AB, and the pin joint O. The tailgate and the crate weigh 19 kg and 32 kg, respectively. You are required to: a) Draw a free-body diagram of the tailgate b) Determine the force in the Cable AB c) Determine the support reactions at Point Q G₂ 0.1 m 0.45 m G₁ 0.25 m CONNECTION OUTON PLATINS STANCHION 0.3 m

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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Problem 6.2
Rigid Body Equilibrium
The tailgate of the vehicle is
only supported by a single
cable AB, and the pin joint O.
The tailgate and the crate
weigh 19 kg and 32 kg,
respectively. You are
required to:
a) Draw a free-body
b)
c)
diagram of the tailgate
Determine the force in
the Cable AB
Determine the support
reactions at Point O
0.1 m
0.45 m
G₁
0.25 m
CONNECTION
CONSO
B
DUTEN PLATING
STANCHION
T
0.3 m
-

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