dy dy Consider the second-order equation + p- + qy = 0, where p and q are positive. dt dt (a) Convert this equation into a first-order linear system. (b) Compute the characteristic polynomial of the system. (c) Find the cigenvalues. (d) Under what conditions on p and q are the eigenvalues two distinct real numbers?

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter9: Systems Of Equations And Inequalities
Section9.7: The Inverse Of A Matrix
Problem 31E
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Sec(3.2) Uh need to solve all parts of q5 .kindly and get a thumb up plz all parts plz
dy
5.* Consider the second-order equation
+ p-
+ qy = 0, where p and q are positive.
dt
dt
(a) Convert this equation into a first-order linear system.
(b) Compute the characteristic polynomial of the system.
(c) Find the cigenvalues.
(d) Under what conditions on p and q are the eigenvalues two distinct real mumbers?
Transcribed Image Text:dy 5.* Consider the second-order equation + p- + qy = 0, where p and q are positive. dt dt (a) Convert this equation into a first-order linear system. (b) Compute the characteristic polynomial of the system. (c) Find the cigenvalues. (d) Under what conditions on p and q are the eigenvalues two distinct real mumbers?
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