Stability Theory – 25

25. The locus locus gives terminates on the :

(a) open-loop zeros
(b) closed-loop zeros
(c) both of the characteristic equation
(d) none of these

Answer

Answer : (b)

Explanation

Explanation : No answer description available for this question. Let us discuss.

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Stability Theory - 19
Stability Theory » Exercise - 119. The root locus always terminates on the : (a) open-loop poles (b) open-loop zeros (c) closed-loop poles (d) closed-loop zeros
Tags: stability, theory, open-loop, zeros, closed-loop, exercise, locus, terminates, electronics, engineering
Stability Theory - 14
Stability Theory » Exercise - 114. The roots of the characteristic equation are the same as : (a) open-loop poles (b) open-loop zeros (c) closed-loop poles (d) closed-loop zeros
Tags: stability, theory, open-loop, zeros, closed-loop, exercise, characteristic, equation, electronics, engineering
Stability Theory - 11
Stability Theory » Exercise - 111. The root locus always starts at the : (a) open-loop poles (b) open-loop zeros (c) closed-loop poles (d) closed-loop zeros
Tags: stability, theory, open-loop, zeros, closed-loop, exercise, locus, electronics, engineering
Stability Theory - 10
Stability Theory » Exercise - 110. The root locus is a : (a) time-domain (b) frequency domain approach (c) combination of both (d) none of these
Tags: stability, theory, exercise, locus, electronics, engineering
Stability Theory - 45
Stability Theory » Exercise - 145. Because of the addition of a zero to G(s)H(s), the stability of the system is : (a) improved (b) reduced (c) not affected (d) none of these
Tags: stability, theory, exercise, electronics, engineering

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