2. Consider the system shown in Figure 2, where F(t) = Fosin wt, m = 1.0kg, k = 1000 Nm-1, Fo = 5 N, w = 10 rads-1 @ A 2

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2 Consider The System Shown In Figure 2 Where F T Fosin Wt M 1 0kg K 1000 Nm 1 Fo 5 N W 10 Rads 1 A 2 1 (242.31 KiB) Viewed 19 times

2. Consider the system shown in Figure 2, where F(t) = Fosin wt, m = 1.0kg, k = 1000 Nm-1, Fo = 5 N, w = 10 rads-1 @ A 2m k 000 00 m ni 1 Figure 2: Tutorial 7 - Q1 (a) Decouple the system of equations and hence solve for the displacements of each of the three masses, given that x = 0.0.1.07 and x = 0.0.07. (b) Consider the case where fo = 0, ie, there is no external harmonic force, the intial displacement is = [0.0.5. 0.5)?ms 1 and there is zero initial velocity. Using the decoupling process, find the displacement histories for the system. What do you notice about which modes are active in the displacement solution? x =