:The highest un-damped natural frequency (Wn) for the following T.F.s is .11a) T.F.= 16/(s2+2.s+16)b) T.F.= 25/(s2+2.s+25)c) T.F.= 9/(s2+2.s+9)d) T.F.= 36/(s2+2.s+36)The transfer function of a system is s2+8s+16. For 2% criterion, the .12:approximate settling time isa) ts= 100 secb) ts= 4 secc) ts= 1 secd) ts= 0.01 sec

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:The highest un-damped natural frequency (Wn) for the following T.F.s is .11 a) T.F.= 16/(s2+2.s+16) b) T.F.= 25/(s2+2.s+25) c) T.F.= 9/(s2+2.s+9) d) T.F.= 36/(s2+2.s+36)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

:The highest un-damped natural frequency (Wn) for the following T.F.s is .11
a) T.F.= 16/(s2+2.s+16)
b) T.F.= 25/(s2+2.s+25)
c) T.F.= 9/(s2+2.s+9)
d) T.F.= 36/(s2+2.s+36)
The transfer function of a system is s2+8s+16. For 2% criterion, the .12
:approximate settling time is
a) ts= 100 sec
b) ts= 4 sec
c) ts= 1 sec
d) ts= 0.01 sec

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