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It is known that the numerical values of the parameters in the differential equation aÿ(t) + bỳ(t) + cy(t) = bù(t) + 5u(t) are such that almost every solution for y(t) will contain an oscillation at a specific characteristic frequency. If the parameters have the actual numerical values a=2.63, b=1.91, and c=36.81, determine numerically the frequency of this oscillation.

It is known that the numerical values of the parameters in the differential equation aÿ(t) + bỳ(t) + cy(t) = bù(t) + 5u(t) are such that almost every solution for y(t) will contain an oscillation at a specific characteristic frequency. If the parameters have the actual numerical values a=2.63, b=1.91, and c=36.81, determine numerically the frequency of this oscillation.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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It is known that the numerical values of the parameters in the differential equation aÿj (t) + by(t) + cy(t) = bu(t) + 5u(t) are such that almost every solution for y(t) will contain an oscillation at a specific characteristic frequency. If the parameters have the actual numerical values a=2.63, b=1.91, and c-36.81, determine numerically the frequency of this oscillation.
Transcribed Image Text:It is known that the numerical values of the parameters in the differential equation aÿj (t) + by(t) + cy(t) = bu(t) + 5u(t) are such that almost every solution for y(t) will contain an oscillation at a specific characteristic frequency. If the parameters have the actual numerical values a=2.63, b=1.91, and c-36.81, determine numerically the frequency of this oscillation.
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