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Question: ep 2 in the system shown mas m is connected...

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E.P. 2- In the system shown, mas m is connected to a bar of negligible mas and length L. The sywin n the system shown, mass m is connected to a bar of negligible mass and length L. The system is in equilibrium in vertical position. An external torque T is applied to the system in the direction shown. Assuming small oscillation. Use Newtons Second Law to derive the differential equation of motion for the system. Given m method to obtain the time variant angular displacement of the bar describing the system behavior. a) 2 Kg, L = 1.5 m, k = 160 N m, b = 72 N.m1/sec, and T 18 N m, use Laplace Transform ) Equilibriunm Position 172 ㄒ 8
0(t)-긁| 1-e-2, ( 4 29 L E.P. 2 sin 5t + cos 51)
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