Determine the closed loop poles for a 2nd order underdamped system knowing its peak time and its damping ratio. tp=3 s and zeta=0.7 rad/s Select one: a. s=-0.575 ± j1.50 b. s=-1.94 ± j1.35 C. S=-0.773 ± j0.655 d. s=-1.33 ± j1.85 e. s=-1.03 ± j1.05
Determine the closed loop poles for a 2nd order underdamped system knowing its peak time and its damping ratio. tp=3 s and zeta=0.7 rad/s Select one: a. s=-0.575 ± j1.50 b. s=-1.94 ± j1.35 C. S=-0.773 ± j0.655 d. s=-1.33 ± j1.85 e. s=-1.03 ± j1.05
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
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Please solve this question in control system quickly
![Determine the closed loop poles for a 2nd
order underdamped system knowing its
peak time and its damping ratio.
tp=3 s and zeta=0.7 rad/s
Select one:
a. s=-0.575 ± j1.50
b. s=-1.94 ± j1.35
C. S=-0.773 ± j0.655
d. s=-1.33 ± j1.85
e. s=-1.03 ± j1.05](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2c03f904-03e8-4e39-bd21-5b38fb394e3f%2Fb734f670-095d-4428-aeaf-488c8e155623%2Fgiarhn9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Determine the closed loop poles for a 2nd
order underdamped system knowing its
peak time and its damping ratio.
tp=3 s and zeta=0.7 rad/s
Select one:
a. s=-0.575 ± j1.50
b. s=-1.94 ± j1.35
C. S=-0.773 ± j0.655
d. s=-1.33 ± j1.85
e. s=-1.03 ± j1.05
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