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Using the complex number approach, analyze the mechanism shown. (a) Determine the series of scalar equations which must be used to solve for the angular velocity and acceler distance. H. the angular position velocity and angular acceleration of Link 2 ane
8. Using the complex number approach, analyze the mechanism shown. a. Determine the series of scalar equations which must be used to solve for the follower (Link 3) velocity and acceleration assuming the distance AB, the offset D, the angular position 0, angular velocity o, and angular acceleration a of link 2 is known b. If AB 0.6 n., D = 0.25 in., 0 25, and Link 2 is known to be rotating clockwise at a constant rate of 40...
u's 8. Using the complex number approach, analyze the mechanism shown. a. Determine the series of scalar equations which must be used to solve for the follower (Link 3) velocity and acceleration assuming the distance AB, the offset D, the angular position 0, angular velocity o, and angular acceleration a of link 2 is known. b. If AB = 0.6 in., D= 0.25 in., 0= 25', and Link 2 is known to be rotating clockwise at a constant rate of...
Determine Position, Velocity, and Acceleration. Solve it by using Vector method or Complex method. project-6: Determine the position, velocity and accelerations of points C,D, P. O2 O1 ?, at 9-45? 100rads (ew) - 90 0 rad/s (CW). Analytical and graphical results 800mm, o,0, 200mm, (CW), CA -200rd/s a, =0 rads'(CW-Analytical and-graphierten s C500mm,E-0mm, B-30 for 030360 ts are are 36. aD-1000mm ,?=150mm, 0C-500mm, E=-40mm, ?=90° , ?= 90° for 0.sqs360, results are given at a, = 100rad/s (CCW), a,-0 rads'(CW)...