For the Root Locus of a system with characteristic equation q(s) = 1+ k (+8) the system? Os=-8.4+4 O there are none Os=0 @5=8 Os=0,4+4 QUESTION 30 For the Root Locus of a system with characteristic equation q(s) 1+k; (+40) complex conjugate poles, identify the departure angle from the pole with the positive imaginary part Ps for 0 sksoo select the solution that is most nearly correct. If the system has a pair of Op = 0º O The system does not have any complex conjugate poles 0% 315 0% 45 0 % P+P+3 for Osks oo select the solution that is most nearly correct. What are the finite zeros of 270¹

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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(+8)
For the Root Locus of a system with characteristic equation q(s) = 1+k++ for 0 ≤ k <co Select the solution that is most nearly correct. What are the finite zeros of
the system?
Os=-8,4+4
O there are none
05 0
5-8
Os=0,4+4)
QUESTION 30
(+0)
For the Root Locus of a system with characteristic equation q(s) = 1+k-
complex conjugate poles, identify the departure angle from the pole with the positive imaginary part
P+8+32 for 0 Sk S oo select the solution that is most nearly correct. If the system has a pair of
00p
= 0°
O The system does not have any complex conjugate poles
0 %
0%
Op
= 270º
Transcribed Image Text:(+8) For the Root Locus of a system with characteristic equation q(s) = 1+k++ for 0 ≤ k <co Select the solution that is most nearly correct. What are the finite zeros of the system? Os=-8,4+4 O there are none 05 0 5-8 Os=0,4+4) QUESTION 30 (+0) For the Root Locus of a system with characteristic equation q(s) = 1+k- complex conjugate poles, identify the departure angle from the pole with the positive imaginary part P+8+32 for 0 Sk S oo select the solution that is most nearly correct. If the system has a pair of 00p = 0° O The system does not have any complex conjugate poles 0 % 0% Op = 270º
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