Consider the following linear constant-coefficient homogeneous differential equation d"y dn-ly dy + aoy = d.x + an-1 +...+ a1 0, dxn drn-1 and suppose its auxiliary polynomial is p(r) = r2(r – 1)(r - 2)(r2 + 16)(r² + 10r+61)2. Find the general solution to this differential equation.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Differential Equations HW problem. Work and solution, please.

Consider the following linear constant-coefficient homogeneous differential
equation
dn-ly
+ an-1
dy
+ aoy = 0,
dx
d"y
+...+ a1
dxn
dxn-1
and suppose its auxiliary polynomial is p(r) = r2 (r – 1)(r – 2)(r² + 16)(r² + 10r +61)2.
Find the general solution to this differential equation.
Transcribed Image Text:Consider the following linear constant-coefficient homogeneous differential equation dn-ly + an-1 dy + aoy = 0, dx d"y +...+ a1 dxn dxn-1 and suppose its auxiliary polynomial is p(r) = r2 (r – 1)(r – 2)(r² + 16)(r² + 10r +61)2. Find the general solution to this differential equation.
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