A force F of 40000 lbf is applied to rod AC the negative Y-direction. The rod is 1000 inches tall. A Force P of 25 lbf is applied in the negative Z- direction at point E, and a force R of 75 lbf is applied in the negative Z-direction at point F. Rod AC has a diameter of 1 inch from A to C, a diameter of 1.5 inches from B to C, and all fillet radii are 0.25 in. The rod is made of 1020 CD steel, and has a Sy of 135 ksi, a Sut of 150 ksi, and an ef = 0.15. 100 100 E tr 800 B .D X 100 F Z 200 X 2D view of rod AC in XY plane

Elements Of Electromagnetics
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A force F of 40000 lbf is applied to rod AC the negative Y-direction. The rod is 1000 inches tall. A Force P of 25 lbf is
applied in the negative Z- direction at point E, and a force R of 75 lbf is applied in the negative Z-direction at point
F. Rod AC has a diameter of 1 inch from A to C, a diameter of 1.5 inches from B to C, and all fillet radii are 0.25 in.
The rod is made of 1020 CD steel, and has a Sy of
135 ksi, a Sut of 150 ksi, and an ɛf = 0.15.
Y A
100
100
200
800
B.
„D
D.
100
2D view of rod AC in XY
plane
Transcribed Image Text:A force F of 40000 lbf is applied to rod AC the negative Y-direction. The rod is 1000 inches tall. A Force P of 25 lbf is applied in the negative Z- direction at point E, and a force R of 75 lbf is applied in the negative Z-direction at point F. Rod AC has a diameter of 1 inch from A to C, a diameter of 1.5 inches from B to C, and all fillet radii are 0.25 in. The rod is made of 1020 CD steel, and has a Sy of 135 ksi, a Sut of 150 ksi, and an ɛf = 0.15. Y A 100 100 200 800 B. „D D. 100 2D view of rod AC in XY plane
Which of the normal stresses below are present at point D? Choose all that
apply.
Axial Compressive Stress in Y- direction
Axial Tensile Stress in the Y-direction
Axial Compressive Stress in the Z-direction
Axial Tensile Stress in the Z-direction
Compressive
Bending Stress in the Z-direction
Tensile
Bending Stress in the Z - direction
Compressive Bending Stress in the Y-direction
Tensile Bending Stress in the Y-direction
Transcribed Image Text:Which of the normal stresses below are present at point D? Choose all that apply. Axial Compressive Stress in Y- direction Axial Tensile Stress in the Y-direction Axial Compressive Stress in the Z-direction Axial Tensile Stress in the Z-direction Compressive Bending Stress in the Z-direction Tensile Bending Stress in the Z - direction Compressive Bending Stress in the Y-direction Tensile Bending Stress in the Y-direction
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