1 X 2. Question 2 [18] A uniform rigid bar with a mass of m = 12 kg is pivoted at point O as shown in Figure 2.1. The ba

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1 X 2. Question 2 [18] A uniform rigid bar with a mass of m = 12 kg is pivoted at point O as shown in Figure 2.1. The ba

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1 X 2 Question 2 18 A Uniform Rigid Bar With A Mass Of M 12 Kg Is Pivoted At Point O As Shown In Figure 2 1 The Ba 1
1 X 2 Question 2 18 A Uniform Rigid Bar With A Mass Of M 12 Kg Is Pivoted At Point O As Shown In Figure 2 1 The Ba 1 (101.83 KiB) Viewed 15 times
1 X 2. Question 2 [18] A uniform rigid bar with a mass of m = 12 kg is pivoted at point O as shown in Figure 2.1. The bar is connected to two springs with a stiffness k1 = 4000 N/m and k2 = 2500 N/m and also a mass of M = 60 kg is attached at the end of the rod. The system is subjected to a static force f(t) = 500 sin 104t at the end of the rigid bar. Considering a small angular displacement of of the rigid bar about the point O, then, 2.1. Derive the equation of motion, and [8] 2.2. Determine the steady-state response [10] Fosin wt M K2 m M K1 M 0.25 0.5 m 1 m Figure 2.1 Spring mass system 50° Q XI C) O 9:28 PM 5/17/2022
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