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The 0.2 kg pin (P) is constrained to move in the smooth slot, defined by r = (0.6 cos 20) m. The slotted arm OA has a constant angular velocity of – 3 rad/s. Motion is in the vertical plane. a) Draw both the FBD and the KD diagram of the pin at e=0°. b) What is a, and ae of the pin when e=0°? c) What is the force of arm OA on the pin P when e=0°? r = (0.6 cos 20) m P A

The 0.2 kg pin (P) is constrained to move in the smooth slot, defined by r = (0.6 cos 20) m. The slotted arm OA has a constant angular velocity of – 3 rad/s. Motion is in the vertical plane. a) Draw both the FBD and the KD diagram of the pin at e=0°. b) What is a, and ae of the pin when e=0°? c) What is the force of arm OA on the pin P when e=0°? r = (0.6 cos 20) m P A

Elements Of Electromagnetics
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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The 0.2 kg pin (P) is constrained to move in the smooth slot, defined by r= (0.6 cos 26) m. The slotted arm OA has a constant angular velocity of – 3 rad/s. Motion is in the vertical plane. a) Draw both the FBD and the KD diagram of the pin at e=0°. b) What is a, and ae of the pin when e=0°? c) What is the force of arm OA on the pin P when e=0°? r = (0.6 cos 20) m P. A
Transcribed Image Text:The 0.2 kg pin (P) is constrained to move in the smooth slot, defined by r= (0.6 cos 26) m. The slotted arm OA has a constant angular velocity of – 3 rad/s. Motion is in the vertical plane. a) Draw both the FBD and the KD diagram of the pin at e=0°. b) What is a, and ae of the pin when e=0°? c) What is the force of arm OA on the pin P when e=0°? r = (0.6 cos 20) m P. A
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