Graphically, draw the entire acceleration polygon and use it to find both themagnitude and direction of a and ace at the instant shown. Also, find magnitudeand direction of a2, a3 and 4 whena) The crank angular velocity w₁ is constant at 100 rad/sec CCW.b) The crank angular velocity w3 is 100 rad/sec CCW and accelerating at25000 rad/sec²Velocity scale:1 cm: 20 in/secAcceleration scale: 1 cm: 4000 in/sec²B00 = 45°7 in0₂C = 4 inO₂D = 6 in0,03 = 6 in2 in

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Graphically, draw the entire acceleration polygon and use it to find both the magnitude and direction of a and ace at the instant shown. Also, find magnitude and direction of a2, a3 and 4 when a) The crank angular velocity @₁ is constant at 100 rad/sec CCW. b) The crank angular velocity w3 is 100 rad/sec CCW and accelerating at 25000 rad/sec² Velocity scale: 1 cm: 20 in/sec Acceleration scale: 1 cm: 4000 in/sec² B 2 in 0₂C = 4 in O₂D = 6 in 2 in

Graphically, draw the entire acceleration polygon and use it to find both the magnitude and direction of a and ace at the instant shown. Also, find magnitude and direction of a2, a3 and 4 when a) The crank angular velocity @₁ is constant at 100 rad/sec CCW. b) The crank angular velocity w3 is 100 rad/sec CCW and accelerating at 25000 rad/sec² Velocity scale: 1 cm: 20 in/sec Acceleration scale: 1 cm: 4000 in/sec² B 2 in 0₂C = 4 in O₂D = 6 in 2 in

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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