Q1. For the shown control system, find the transfer function\ Q2. For the shomn system find the

Y(t)

value\

r(3)=(5-9)/((5-2-3^(2)-25-5))

\ Q1. For the shown system, find:\ 1-Damped frequency at

K-2

\ 2-Response case at

K-6

\ 3 -

K

value to operate at danoing rato

=0.5

\ 4-Kvalte to operate whout escliabons\ Q4. A unit step control system has poles of

-2=U

; its steady state response is 3. If the steady sate response is increased to 5 , find the peak treme and the poles of the syitem

Q1. For the shown control system, find the transfer function Q2. For the shomn syitem find the Y(t) value (s)=(5252255)59 Q2. For the shown system, find: 1-Damped frequency at K2 2-Response case at K6 3 -K value to operate at damping rato-0.5 4-K valte to operate whout orcllabons Q4. A wit step control system has poles of 2+1; its steady stabe response is 3 . If the steady shate response is increased to 5 , find the peak terne and the poles of the syitem