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Q5-for the system shown, when m= 10kg, c=20 N/m/s, k= 40 N/m, d'y F= dr +e +ky • Find G(s). • Determine if the system critical ,over or under damping. • Draw the poles on S- plane.

Q5-for the system shown, when m= 10kg, c=20 N/m/s, k= 40 N/m, d'y F= dr +e +ky • Find G(s). • Determine if the system critical ,over or under damping. • Draw the poles on S- plane.

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Q5-for the system shown, when m= 10kg , c=20 N/m/s, k= 40 N/m, d'y F=m- +ky • Find G(s). • Determine if the system critical ,over or under damping. • Draw the poles on S- plane. • draw response s-plane and determine the system is stable or not ?. • Find y(t), if f(t) = step of volume 5 N. Body mase Wheel
Transcribed Image Text:Q5-for the system shown, when m= 10kg , c=20 N/m/s, k= 40 N/m, d'y F=m- +ky • Find G(s). • Determine if the system critical ,over or under damping. • Draw the poles on S- plane. • draw response s-plane and determine the system is stable or not ?. • Find y(t), if f(t) = step of volume 5 N. Body mase Wheel
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