# Question Solved1 Answerrad sec = A second order measurement system has a natural frequency of an = 125 a sensitivity of K = 0.05 [mm], and a damping ratio of 3 = 0.12. If the system is subjected to a step input [F(t) = AU(t)] of A = 75 [mm], determine the 90% rise time and the E5% settling time for a damping ratio of} = 0.15. Plot the response curve and indicate the corresponding rise and settling times.

PBMDCF The Asker · Mechanical Engineering

Transcribed Image Text: rad sec = A second order measurement system has a natural frequency of an = 125 a sensitivity of K = 0.05 [mm], and a damping ratio of 3 = 0.12. If the system is subjected to a step input [F(t) = AU(t)] of A = 75 [mm], determine the 90% rise time and the E5% settling time for a damping ratio of} = 0.15. Plot the response curve and indicate the corresponding rise and settling times.
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Transcribed Image Text: rad sec = A second order measurement system has a natural frequency of an = 125 a sensitivity of K = 0.05 [mm], and a damping ratio of 3 = 0.12. If the system is subjected to a step input [F(t) = AU(t)] of A = 75 [mm], determine the 90% rise time and the E5% settling time for a damping ratio of} = 0.15. Plot the response curve and indicate the corresponding rise and settling times.