3 m 3 m N 10 m D F E 5m B 1 m (-300 + 400) + 100k) N C 3 m X (3000 + 4000ĵ- 1000k) Nm Show a free body diagram of the body, the black rod is not part of the body. Then calculate the reactions at the collar and the tension in the rope. After that calculate the internal loads (forces and moments) at the points F and G. The loads must be presented in the compontent form, normal and shear for the forces and bending and torsion for the moments.

3 m 3 m N 10 m D F E 5m B 1 m (-300 + 400) + 100k) N C 3 m X (3000 + 4000ĵ- 1000k) Nm Show a free body diagram of the body, the black rod is not part of the body. Then calculate the reactions at the collar and the tension in the rope. After that calculate the internal loads (forces and moments) at the points F and G. The loads must be presented in the compontent form, normal and shear for the forces and bending and torsion for the moments.

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

3 m
3 m
N
A
10 m
F
E
5m
B
1 m
G
(-300î + 400) + 100k) N
C
3 m
X
(3000 + 4000ĵ- 1000k) Nm
Show a free body diagram of the body, the black rod is not part of the body. Then calculate the
reactions at the collar and the tension in the rope.
After that calculate the internal loads (forces and moments) at the points F and G. The loads must
be presented in the compontent form, normal and shear for the forces and bending and torsion for
the moments.

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Step 1: Draw the free-body diagram of rod.

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Step 2: Write the force vectors and apply force equilibrium.

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Step 3: Apply moment equilibrium about point B.

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Step 4: Draw the free-body diagram of segment AF and apply force and moment equilibrium.

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