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8. The percent overshoot is less than or equal to: (a) 16.3% (b)9.5% (c) 4.7% (d) 1.5% 9. The damped frequency W, is: (a) W, ST 10. The settling time (2% criterion) in seconds is: (b) W, ST/2 (c) W, 2 n/ 2 (d) W. 2 7 (a) T S4.4 11. The point that gives the largest peak time of step-response is point (a) P 12. The point that gives the smallest natural frequency (w,) of step-response is point (a) P (b) T, S 5.4 (c) T, S6.4 (d) T, S 10 (b) Q (c) Z (d) W (b) Q (c) Z (d) W

8. The percent overshoot is less than or equal to: (a) 16.3% (b)9.5% (c) 4.7% (d) 1.5% 9. The damped frequency W, is: (a) W, ST 10. The settling time (2% criterion) in seconds is: (b) W, ST/2 (c) W, 2 n/ 2 (d) W. 2 7 (a) T S4.4 11. The point that gives the largest peak time of step-response is point (a) P 12. The point that gives the smallest natural frequency (w,) of step-response is point (a) P (b) T, S 5.4 (c) T, S6.4 (d) T, S 10 (b) Q (c) Z (d) W (b) Q (c) Z (d) W

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Imaginary axis 60" Real Axis Figure 6 8. The percent overshoot is less than or equal to: (a) 16.3% (b)9.5% 9. The damped frequency Wa is: (c) 4.7% (d) 1.5% (a) w. ST 10. The settling time (2% criterion) in seconds is: (a) T S4.4 11. The point that gives the largest peak time of step-response is point (a) P 12. The point that gives the smallest natural frequency (,) of step-response is point (b) w, ST/2 (c) W, 2n/2 (d) w. 2n (b) T, S 5.4 (c) T S6.4 (d) T S 10 (b) Q (c) Z (d) W (a) P (b) Q (c) Z (d) W
Transcribed Image Text:Imaginary axis 60" Real Axis Figure 6 8. The percent overshoot is less than or equal to: (a) 16.3% (b)9.5% 9. The damped frequency Wa is: (c) 4.7% (d) 1.5% (a) w. ST 10. The settling time (2% criterion) in seconds is: (a) T S4.4 11. The point that gives the largest peak time of step-response is point (a) P 12. The point that gives the smallest natural frequency (,) of step-response is point (b) w, ST/2 (c) W, 2n/2 (d) w. 2n (b) T, S 5.4 (c) T S6.4 (d) T S 10 (b) Q (c) Z (d) W (a) P (b) Q (c) Z (d) W
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