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Important Note: • It is required to solve each problem in separate sheet. • You are requested to solve problems 1, 3, and 5 u
Problem (2) In the mechanism shown, link 2 is rotating CW at the constant rate of 100 rad/s. In the position shown, link 2 is
Problem (3) For the straight-line mechanism shown in the figure, 02 = 20 rad/s (CW) and Q2 = 140 rad/s2 (CW). Determine the v
Problem (4) In the mechanism shown, VA = 15 m/s with direction downward. Draw the velocity diagram, and determine the velocit
Problem (5) In the drag-link mechanism shown, link 2 is turning CW at the rate of 130 rpm. Construct the velocity diagram and
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Answer #1

mm AB 6=2007050 velocity polygon vex Vet Vesses Ves/32/13 + 149/62 V242 W B10100460 Sonoremse (3/63 W IB Cd to 16) Neuloy parGiven 0:53,-4B-100mm BC = 160mm, CD = 200mm som kommy velocity polygon velocili 200mm bb, velocity Analynn V = V + Vecka VB =V2/03 - 500ml Neubu = 30000/= vey (203) = [Vezige) - 500 - 3.125 rad/ | |Co . w = 3.125 rads cow) Wy = (veuloy = 300 = 1.5 r

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