The quarter-circular slotted arm OA is rotating about a horizontal axis through point O with a constant counterclockwise angular velocity 2 = 8.5 rad /sec. The 0.14-lb particle P is epoxied to the arm at the position B = 60°. Determine the magnitude of the tangential force F parallel to the slot which the epoxy must support so that the particle does not move along the slot. The value ofR = 1.4 ft. A -R- P Ω

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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The quarter-circular slotted arm OA is rotating about a horizontal axis through point O with a constant counterclockwise angular velocity 2
position B = 60°. Determine the magnitude of the tangential force F parallel to the slot which the epoxy must support so that the particle does not move along the slot. The value of R = 1.4 ft.
8.5 rad /sec. The 0.14-lb particle P is epoxied to the arm at the
%3D
A
-R
P
0.277
Ib
Answer: F =
Transcribed Image Text:The quarter-circular slotted arm OA is rotating about a horizontal axis through point O with a constant counterclockwise angular velocity 2 position B = 60°. Determine the magnitude of the tangential force F parallel to the slot which the epoxy must support so that the particle does not move along the slot. The value of R = 1.4 ft. 8.5 rad /sec. The 0.14-lb particle P is epoxied to the arm at the %3D A -R P 0.277 Ib Answer: F =
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