9.3 for the open-loop poles and zeros shown in Fig P9.3, the points s = -2+-2j and s = -2.5 are known to be on the corresponding root locus. Calculate the gain at each of these points... Linear Control Systems Engineering textbook. Please Help.

roslule 9 udi-Alte Acrobat Pro DC 32-b! File Edit Vw in Windows Help Horne Tools module 8.pdf module 9.pd . 24 / 29 1905 - Typ por oth complex plane and determine the segments of the real axis satisfying the angle equation. In which directions do the branches of the locus go to infinity? 9.3 For the open-loop poles and zeros shown in Fig. 19.3, the points s = -2+2j and s = -2.5 are known to be on the corresponding root locus. Calculate the gain at each of these points. 2 DO 169 Problems p roslule 9 udi-Alte Acrobat Pro DC 32-b! File Edit V 51 Windows Help Horne Tools module 8.pdf module 9.pd . 1 & Fig. P9.1 Im 2 Re 2 1 Fig. P9.3 roslule 9 udi-Alte Acrobat Pro DC 32-b! File Edit Vw in Windows Help Horne Tools module 8.pdf module 9.pd . 24 / 29 1905 - Typ por oth complex plane and determine the segments of the real axis satisfying the angle equation. In which directions do the branches of the locus go to infinity? 9.3 For the open-loop poles and zeros shown in Fig. 19.3, the points s = -2+2j and s = -2.5 are known to be on the corresponding root locus. Calculate the gain at each of these points. 2 DO 169 Problems p roslule 9 udi-Alte Acrobat Pro DC 32-b! File Edit V 51 Windows Help Horne Tools module 8.pdf module 9.pd . 1 & Fig. P9.1 Im 2 Re 2 1 Fig. P9.3