Time Domain Analysis – 23

23. For a second – order undamped system, the poles are :

(a) purely imaginary
(b) real and equal
(c) real and equal
(d) complex conjugate of each other

Answer

Answer : (a)

Explanation

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

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Time Domain Analysis - 19
Time Domain Analysis » Exercise - 119. For a second – order critically – damped system, the poles are : (a) Purely imaginary (b) complex conjugate of each order (c) real and equal (d) real and unequal
Tags: time, analysis, order, real, domain, imaginary, equal, conjugate, complex, poles
Time Domain Analysis - 16
Time Domain Analysis » Exercise - 116. For a second – order critically - damped system, the poles are : (a) Purely imaginary (b) complex conjugate of each other (c) real and equal (d) real and unequal
Tags: time, domain, analysis, real, equal, conjugate, complex, imaginary, poles, purely
Time Domain Analysis - 11
Time Domain Analysis » Exercise - 111. For a stable second –order underdamped system, the poles are : (a) Purely imaginary (b) complex conjugate of each other (c) real and unequal (d) real and unequal
Tags: time, analysis, real, domain, purely, conjugate, complex, imaginary, system, poles
Time Domain Analysis - 2
Time Domain Analysis » Exercise - 12. A second order system exhibits 100% overshoot. Its damping coefficient is : (a) equal to 0 (b) equal to 1 (c) less than 1 (d) grater than 1
Tags: time, domain, analysis, equal, exercise, second, order, system, electronics, engineering
Time Domain Analysis - 6
Time Domain Analysis » Exercise - 16. For a second order system The damping ratio is : (a) 0.1 (b) 0.25 (c) 0.333 (d) 0.5
Tags: time, domain, analysis, exercise, second, order, system, electronics, engineering

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