In Figure Q3b the poles of second order system are shown in s-plane with a unit...

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In Figure Q3b the poles of second order system are shown in s-plane with a unit step input, determine: i. The undamped natural frequency, the damping ratio and the damped natural frequency of the system. The second order system Transfer function with unity feedback Rise time, time of first and second peaks, settling time, and maximum overshoot of the system response. Steady state error of the system response. ii. iii. iv. -3+j9.54 -3-19.54 Figure Q3b Roots on s-plane In Figure Q3b the poles of second order system are shown in s-plane with a unit step input, determine: i. The undamped natural frequency, the damping ratio and the damped natural frequency of the system. The second order system Transfer function with unity feedback Rise time, time of first and second peaks, settling time, and maximum overshoot of the system response. Steady state error of the system response. ii. iii. iv. -3+j9.54 -3-19.54 Figure Q3b Roots on s-plane

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Given The poles of the second order system are located at 3 j954 in the splane ... View the full answer