For the shown system, Use the Routh criterion to determine the range of stability relative to the gain K. Note that Kis always positive K>0.Type a, b. c d, e or fR(s)K(s + s)(s² -2s + 2)(s+ 2)C(s)a) K> 2b) K > 1.236c) 1 < K < 2d) K> 3.236e) – 2 < K < 2 )not stable for any KAnswerIf the settling time (2% criterloön) and the peak time of a 2nd order system are given. find the location of the 2 closed-loop poles on theS-plane. Type a, b.cort=7 sec and wn = 1.195 rad/sec.s planejw splanejws-plane72.04771.047j0.57j0.571.57-2.047-0.57H1.047(a)(b)(c)(d)9:18 PM4) A ENG19-Apr-2021

Answered: Image /qna-images/answer/d71d41ce-bf31-410c-921b-c6a5b0ecc087.jpg

For the shown system, Use the Routh criterion to determine the range of stability relative to the gain K. Note that Kis always positive K>0. Type a, b, c d, e or f R(s) C(s) K(s + s) (s² –2s + 2)(s + 2) a) K> 2 b) K > 1.236 c) 1 < K <2 d) K> 3.236 e) - 2 < K < 2 f) not stable for any K Answer: If the settling time (2% criterlön) and the peak time of a 2nd order system are given, find the location of the 2 closed-loop poles on the s-plane. Type a b.cor d. t 7 sec and wn= 1.195 rad/see

For the shown system, Use the Routh criterion to determine the range of stability relative to the gain K. Note that Kis always positive K>0. Type a, b, c d, e or f R(s) C(s) K(s + s) (s² –2s + 2)(s + 2) a) K> 2 b) K > 1.236 c) 1 < K <2 d) K> 3.236 e) - 2 < K < 2 f) not stable for any K Answer: If the settling time (2% criterlön) and the peak time of a 2nd order system are given, find the location of the 2 closed-loop poles on the s-plane. Type a b.cor d. t 7 sec and wn= 1.195 rad/see

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...

See similar textbooks

Similar questions

semi-log facsimile and draw asymptotic Bode plots (magnitude & phase).
Using the Nyquist criterion, find the range of K for stability of the system in Figure (a) below. The Nyquist diagram for the system with K = 1 is shown in Figure (b). Imaginary Ass 3 R(s) -1.6 4 K(S-1) (8-2) (a) Nyquist Diagram 05 Real A 0 C(s)
Question 6 Full explainthe this question very fast solution sent me step by step Don't ignore any part all part work u Not:- Text typing work only not allow paper work
Do c i) and ii)
solve b
4 (s+2) (s² +2s + 2) G(s) (a) Draw the Nyquist plot of G(s). Calculate the real axis crossing. (Do not read from the MATLAB plot. Show your calculation.) (b) Is the CLS stable if K = 1? (Use the Nyquist criterion.) (c) Find the gain margin of the system as a factor by which gain can be changed without the CLS being unstable.
S₁ 0 0 1 1 Select The value ofQ [Select] Determine the values of P, Q, R and S The value of P [Select] The value of R [Select] So 0 The value of S [Select] 1 0 1 Cin=0 G=A+1 Cin =1 G=A+2 G=B +1 G=B+2 G=A+B' G=A-B G=A'+B G=B-A S₁ So A 00 1 01 10 P Q 11 S 1 B 01 R 10 00 11 S₁ So n-bit Adder Cin O
1) Determine the intermediate signal z[k]. 2) Plot the intermediate signal z[k].
Q1:let the sequence x(n)=- n(n+1) 4 e-n +3 1
a is choose between -2.5, 0, 0.75, and infinity and b is choose between 0.866, 1, 0.5, and 2
answer part e part f part g part h part i. this is in matlab, but feel free to varify using python
Q.11 Choose the greatest range of frequency that makes the circuit shown act as a differential circuit at Vi(max)-D3v 5 nF R. 1kQ Vi 12 kHz 12 kHz O f 260 kHz O fM kHz O