18 f 1/m s² + 25w₁s+w²/2 Problem L5.1. For the transfer function given in Eq. 3 and m = 1 kg adjust the values of Cand

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18 f 1/m s² + 25w₁s+w²/2 Problem L5.1. For the transfer function given in Eq. 3 and m = 1 kg adjust the values of Cand

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18 F 1 M S 25w S W 2 Problem L5 1 For The Transfer Function Given In Eq 3 And M 1 Kg Adjust The Values Of Cand 1
18 F 1 M S 25w S W 2 Problem L5 1 For The Transfer Function Given In Eq 3 And M 1 Kg Adjust The Values Of Cand 1 (161.36 KiB) Viewed 33 times
18 F 1 M S 25w S W 2 Problem L5 1 For The Transfer Function Given In Eq 3 And M 1 Kg Adjust The Values Of Cand 2
18 F 1 M S 25w S W 2 Problem L5 1 For The Transfer Function Given In Eq 3 And M 1 Kg Adjust The Values Of Cand 2 (115.34 KiB) Viewed 33 times
Using Matlab code
18 f 1/m s² + 25w₁s+w²/2
Problem L5.1. For the transfer function given in Eq. 3 and m = 1 kg adjust the values of Cand wn to determine their effects on the system. (a) How does affect the damping of the system? For what values of is the system underdamped, over-damped, and critically damped? (b) How does wn and affect the time constant for under-damped systems? What about for over-damped systems? (c) What affect does have on the percent overshoot of the system? What affect does wn have on the percent overshoot of the system? (d) How do and wn affect the maximum peak value of the system?
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