Problem 1 Consider the linkage 0,BCO, with plane link BCE shown in Figure 1, where @ = 45°, 6CBE 15°, wi = 1.5N rad/s (c

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Problem 1 Consider The Linkage 0 Bco With Plane Link Bce Shown In Figure 1 Where 45 6cbe 15 Wi 1 5n Rad S C 1 (81.39 KiB) Viewed 60 times

For N use 40 for the value
all needed information to solve is given
Problem 1 Consider the linkage 0,BCO, with plane link BCE shown in Figure 1, where @ = 45°, 6CBE 15°, wi = 1.5N rad/s (ccw), Q1 = N/4 rad/s2 (ccw) and BE = 3.5 in. Point D is the mid point of BE. Use the analytical method to find W2, W3, VB, Vc, Vd. Show all vectors in a separate figure of the linkage. Problem 2 Based on the results of Problem 1, and using the graphical method, draw and dimension the acceleration polygon for the main linkage 01BC02. Find Q2, Q3, ab, ac. Using the concept of relative acceleration, find an analytically. Show all vectors using a separate figure. E 3.5 in D OCBE O В. 3.4 in 03 02 1.8 in 2.0 in 0 0 01 3.5 in O2 Figure 1: Linkage O, BC0, with plane link BCE. The links are not to the scale.