:For the system shown in Figure, find The system equation of motion in terms of 0 The system natural frequency, wn The system damping factor, & The system natural damped frequency .The system response...


r = 0.2 m


T = 20 sin 5t


:For the system shown in Figure, find<br>The system equation of motion in terms of 0<br>The system natural frequency, wn<br>The system damping factor, &<br>The system natural damped frequency<br>.The system response at t=1.2 sec<br>k2<br>Fim<br>T<br>k1<br>m<br>m=5 kg<br>k1=1000 N/m<br>k2=500 N/m<br>C=30 Ns/m<br>

Extracted text: :For the system shown in Figure, find The system equation of motion in terms of 0 The system natural frequency, wn The system damping factor, & The system natural damped frequency .The system response at t=1.2 sec k2 Fim T k1 m m=5 kg k1=1000 N/m k2=500 N/m C=30 Ns/m

Jun 11, 2022
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