Relative error for your answer should be less than 0.01, which means if the answer was 50, then the error should not exceed 50 0.01= ±0.5! e answer was 230, then the error should not exceed 230*0.01= +2 3! ne answer was 2.31467*10^-3, then you should enter this value: 0.00231467, not this 0.0023 ! ohm en the system shown, if L=0.275H and C=0.4F, then the value of R that yield 15% overshoot is (the output is the current through the inductor): i-(t) i(t) C R rad/sec value of the natural frequency is evalue of the damping ratio is:
Relative error for your answer should be less than 0.01, which means if the answer was 50, then the error should not exceed 50 0.01= ±0.5! e answer was 230, then the error should not exceed 230*0.01= +2 3! ne answer was 2.31467*10^-3, then you should enter this value: 0.00231467, not this 0.0023 ! ohm en the system shown, if L=0.275H and C=0.4F, then the value of R that yield 15% overshoot is (the output is the current through the inductor): i-(t) i(t) C R rad/sec value of the natural frequency is evalue of the damping ratio is:
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Transcribed Image Text:Answer the questions below. (Insert the numerical value only, do not use <>,+, *, or)
The Relative error for your answer should be less than 0.01, which means if the answer was 50, then the error should not exceed 50°0.01= +0.5!
if the answer was 230, then the error should not exceed 230°0.01= ±2.3!
if the answer was 2.31467 10^-3, then you should enter this value: 0.00231467, not this 0.0023 !!!
Given the system shown, if L=0.275H and C=0.4F, then the value of R that yield 15% overshoot is (the output is the current through the inductor):
ohm
io(t)
i(t)
↑
R .
the value of the natural frequency is:
rad/sec
The value of the damping ratio is:
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