Stability Theory » Exercise – 1
18. The root locus can be used to solve higher-order :
(a) differential equation
(b) algebraic equation
(c) differential equations as well as algebraic equations
(d) none of theseSubject Name : Electronics Engineering Exam Name : IIT GATE, UPSC ESE, RRB, SSC, DMRC, NMRC, BSNL, DRDO, ISRO, BARC, NIELIT Posts Name : Assistant Engineer, Management Trainee, Junior Engineer, Technical Assistant Electronics & Communication Engineering Books
GATE 2023 Total Info ENGG DIPLOMA UGC NET Total Info IES 2023 Total Info PSUs 2022 Total Info CSIR UGC NET Total Info JAM 2023 Total Info M TECH 2023 Total Info RAILWAY 2022 Total Info
Related Posts
Stability Theory » Exercise - 120. The root locus is : (a) an algebraic method (b) a graphical method (c) combination of both (d) none of these- Stability Theory » Exercise - 134. For the application of Routh’s test, all the coefficients of the characteristic equation must be : (a) real (b) imaginary (c) complex (d) none of these
- Stability Theory » Exercise - 110. The root locus is a : (a) time-domain (b) frequency domain approach (c) combination of both (d) none of these
- Stability Theory » Exercise - 130. The characteristic equation 1 + G(s)H(s) = 0 of a system is given by s4 + 8s3 +12s2 +8s + K = 0 For the system to remain stable, the value of gain K should be : (a) zero (b) 0< K (c) >11 (d) positives
- Stability Theory » Exercise - 143. The routh stability criterion for testing the stability of system is : (a) an algebraic method (b) a graphical method (c) combination of a and b (d) none of these