Exercise-7:Obtain the pole zero map and step response of the 2d order system and determine the mode of damping in the system. If the system is underdamped obtain the time domain specifications. On the pole zero map show that corresponding damping ratio and natural undamped frequency of the poles. a. Wn=3 r/s and (=1 b. wn=3 r/s and (=2 C(s) R(s) s+250,s + », c. wn=3 r/s and (=0.1 =3 r/e and 7=05

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Exercise-7:Obtain the pole zero map and step response of the 2nd order system and determine the
mode of damping in the system. If the system is underdamped obtain the time domain specifications.
On the pole zero map show that corresponding damping ratio and natural undamped frequency of the
poles.
a. Wn=3 r/s and (=1
b. wn=3 r/s and (=2
C(s)
c. Wn=3 r/s and (=0.1
R(s) s+2C@,s+@
d. wn=3 r/s and (=0.5
e. Wn=3 r/s and 3=0
Transcribed Image Text:Exercise-7:Obtain the pole zero map and step response of the 2nd order system and determine the mode of damping in the system. If the system is underdamped obtain the time domain specifications. On the pole zero map show that corresponding damping ratio and natural undamped frequency of the poles. a. Wn=3 r/s and (=1 b. wn=3 r/s and (=2 C(s) c. Wn=3 r/s and (=0.1 R(s) s+2C@,s+@ d. wn=3 r/s and (=0.5 e. Wn=3 r/s and 3=0
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