The sketch below shows two thin, uniform bars, 2 and 3, connected to one another and the fixed frame,1, by revolute joints at A and B.At first, the system is stationary with 2 and 3 oriented vertically below point A. A counterclockwisetorque, T, is then applied to body 3.1A23Side view of two bars at t = 0Body 2 is characterized by length L2, mass m2, and centroidal mass moment of inertia m2 (L2)?Body 3 is characterized by length L3, mass m3, and centroidal mass moment of inertia m3 (L3)?a) Sketch the free body diagrams of both bodiesb) Sketch the FBD for the instant when T is appliedc) Determine the force(s) exerted on 2 by 1 at Ad) Determine the force(s) exerted on 3 by 2 at Be) Determine the angular acceleration of 2f) Determine the angular acceleration of 3.

TO FIND: 1) Free body diagram 2) force exerted 3) angular acceleration of rod 2 4) angular…

he sketch below shows two thin, uniform bars, 2 and 3, connected to one and , by revolute joints at A and B. t first, the system is stationary with 2 and 3 oriented vertically below point A orque, T, is then applied to body 3. 1

he sketch below shows two thin, uniform bars, 2 and 3, connected to one and , by revolute joints at A and B. t first, the system is stationary with 2 and 3 oriented vertically below point A orque, T, is then applied to body 3. 1

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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