For the mechanism shown on the right, link 2 has A a mass of 35 kg, polar mass moment of inertia about its CoM of 6.14 kg.m. Assume link 2 rotates at the angular acceleration of 400 rad/S²CW and the linear acceleration of 5000 m/s at 180. The CoM of link 2 is located at 500 mm from point A. Determine the force CoM 1300 Frequired to create this instantaneous motion. Both blocks are considered massless. 60°

For the mechanism shown on the right, link 2 has A a mass of 35 kg, polar mass moment of inertia about its CoM of 6.14 kg.m. Assume link 2 rotates at the angular acceleration of 400 rad/S²CW and the linear acceleration of 5000 m/s at 180. The CoM of link 2 is located at 500 mm from point A. Determine the force CoM 1300 Frequired to create this instantaneous motion. Both blocks are considered massless. 60°

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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