1. Determine if G(s) is stable, marginally stable or unstable. G(s) (S + 1) (S + 1) (S+ 0.1) S-1 s² +S+1 s-1 (s² + 2)² (S-2)(S+ 3) (S²+ s-2) (S+1) System poles and Zeros Stable Marginally stable Unstable
1. Determine if G(s) is stable, marginally stable or unstable. G(s) (S + 1) (S + 1) (S+ 0.1) S-1 s² +S+1 s-1 (s² + 2)² (S-2)(S+ 3) (S²+ s-2) (S+1) System poles and Zeros Stable Marginally stable Unstable
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![1. Determine if G(s) is stable, marginally stable or unstable.
G(s)
(S + 1)
(S + 1)(S+ 0.1)
S-1
s² +S+1
S-1
(s² + 2)²
(S-2)(S+ 3)
(S²+s-2) (S + 1)
System poles
and Zeros
Stable
Marginally
stable
Unstable](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F44a80f91-a3bf-4d1c-8517-bb06e895fca8%2F27e4ac73-7627-4ee1-a63d-0d06ca625f16%2Fq79tbou_processed.png&w=3840&q=75)
Transcribed Image Text:1. Determine if G(s) is stable, marginally stable or unstable.
G(s)
(S + 1)
(S + 1)(S+ 0.1)
S-1
s² +S+1
S-1
(s² + 2)²
(S-2)(S+ 3)
(S²+s-2) (S + 1)
System poles
and Zeros
Stable
Marginally
stable
Unstable
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