N is your order number (to be provided) Problem 1 Consider the linkage O, BC0, with plane link BCE shown in Figure 1, wh
Posted: Sun May 15, 2022 11:39 pm
N = 40
N is your order number (to be provided) Problem 1 Consider the linkage O, BC0, with plane link BCE shown in Figure 1, where 6 = 45°, 6CBE = 15°, w1 = 1.5N rad/s (ccw), a1 = N/4 rad/s? (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 O BC02. Find 02, 03, as, ac. Using the concept of relative acceleration, find an analytically. Show all vectors using a separate figure. E ӨсвЕ D 3.5 in CBE 00 B 3.4 in 0, 1.8 in 2.0 in 0 0, 3.5 in O2 Figure 1: Linkage 0,BCO, with plane link BCE. The links are not to the scale.
N is your order number (to be provided) Problem 1 Consider the linkage O, BC0, with plane link BCE shown in Figure 1, where 6 = 45°, 6CBE = 15°, w1 = 1.5N rad/s (ccw), a1 = N/4 rad/s? (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 O BC02. Find 02, 03, as, ac. Using the concept of relative acceleration, find an analytically. Show all vectors using a separate figure. E ӨсвЕ D 3.5 in CBE 00 B 3.4 in 0, 1.8 in 2.0 in 0 0, 3.5 in O2 Figure 1: Linkage 0,BCO, with plane link BCE. The links are not to the scale.