Can you explain why (a) a solution of r*y" + xy' + (x² – µ²)y = 0 (1) is of the form y(x) = E Anx"+r %3D n=0 (b) a solution of (1 – x²)y" – 2xy' + l(1 + 1)y = 0 (2) is of the form y(x) = Lana". %3D n=0 Can you state in few words three types of resemblance between the differ- ential equations (1) and (2).

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Can you explain why
(a) a solution of
r*y" + xy' + (x² – µ²)y = 0
(1)
is of the form
y(x) = E
Anx"+r
%3D
n=0
(b) a solution of
(1 – x²)y" – 2xy' + l(1 + 1)y = 0
(2)
is of the form
y(x) = Lana".
%3D
n=0
Can you state in few words three types of resemblance between the differ-
ential equations (1) and (2).
Transcribed Image Text:Can you explain why (a) a solution of r*y" + xy' + (x² – µ²)y = 0 (1) is of the form y(x) = E Anx"+r %3D n=0 (b) a solution of (1 – x²)y" – 2xy' + l(1 + 1)y = 0 (2) is of the form y(x) = Lana". %3D n=0 Can you state in few words three types of resemblance between the differ- ential equations (1) and (2).
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