Pb 1) The angular velocity and angular acceleration of link 2 of the linkage shown are 20 rad/scw and 600 rad/s² cw, respectively. Noting that the lengths AO2, AC and BA are all equal to 10cm, determine:(a) VB, VC, @3(b) aB, ac, α3.Bo215°3Ans: 388 cm/s downward, 104 cm/s right, 20 rad/s ccw, 13600 cm/s² downward, 5000 cm/s² left, 600 rad/s² ccwPb 2) In the mechanism shown, the angular velocity of link 2 is 130 rpm CW (constant). Usinggraphical method, determine:(a) VE, VF, 3, 4, 5,(b) aɛ, af, α3, A4, α5.D32C60°7AE5AB = 1.8'BC = 3.75'CD = 3.75'AD = 4.5'AE= 4.35'DE=6.0'EF= 11.1'FAns: 34 ft/s, 37 ft/s, 10.93 rad/s cw, 8 rad/s cw, 1.1 rad/s ccw, 288 ft/s2, 90 ft/s2, 51.2 rad/s² ccw, 18.7 rad/s² cw, 27.6rad/s² ccw

Step 1: Step 2: To solve this problem using the graphical method, we will follow a…

Answered: Pb 1) The angular velocity and angular…

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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