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Question 11 Consider the following unity feedback control diagram: R(S) + K(s + 1) 1 C(s) (s + 2)(s – 1) Investigate clo

Posted: Fri May 20, 2022 8:55 pm
by answerhappygod
Question 11 Consider The Following Unity Feedback Control Diagram R S K S 1 1 C S S 2 S 1 Investigate Clo 1
Question 11 Consider The Following Unity Feedback Control Diagram R S K S 1 1 C S S 2 S 1 Investigate Clo 1 (318.82 KiB) Viewed 30 times
Question 11 Consider The Following Unity Feedback Control Diagram R S K S 1 1 C S S 2 S 1 Investigate Clo 2
Question 11 Consider The Following Unity Feedback Control Diagram R S K S 1 1 C S S 2 S 1 Investigate Clo 2 (318.82 KiB) Viewed 30 times
pls solve both I'll upvote twice, please
Question 11 Consider The Following Unity Feedback Control Diagram R S K S 1 1 C S S 2 S 1 Investigate Clo 3
Question 11 Consider The Following Unity Feedback Control Diagram R S K S 1 1 C S S 2 S 1 Investigate Clo 3 (340.53 KiB) Viewed 30 times
Question 11 Consider the following unity feedback control diagram: R(S) + K(s + 1) 1 C(s) (s + 2)(s – 1) Investigate closed-loop stability of this system for the two cases where K = 1 and K = 3: O Stable for k=1 and stable for K=3 O Unstable for k=1 and stable for K=3 O Stable for k=1 and unstable for K=3 O Unstable for K=1 and unstable for k=3

Question 11 Consider the following unity feedback control diagram: R(S) + K(s + 1) 1 C(s) (s + 2)(s – 1) Investigate closed-loop stability of this system for the two cases where K = 1 and K = 3: O Stable for k=1 and stable for K=3 O Unstable for k=1 and stable for K=3 O Stable for k=1 and unstable for K=3 O Unstable for K=1 and unstable for k=3

Question 9 Consider the following unity feedback system: R(s) 6 s(s+3) C(s) Select the correct percentage of overshoot to a unit step input: O POT= 17% O No overshoot O POT = 9% O POT = 25% O POT = 1%