(-1)" x2n + (2n+8) (-1)" x2n+1 (2n +4) Let y= 2 be the power series solution to the I.V.P n=0 y" +p(x) y' +q(x) y =0, y(0)=, y'( Find a, (the coefficient of x) 8 a. 14 b. 10 C. 35 d. None e. 1 14

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Just the answer please
(-1)"
x2n+
(2n+8)
(-1)"
x2n+1
(2n+4)
Let y= 2
be the power series solution to the I.V.P
n=0
n D0
y"+p(x) y'+q(x) y=0, y(0) =
8
, y(0) =
Find a, (the coefficient of x)
a.
b.
10
C.
35
d. None
e. 1
14
1/4
Transcribed Image Text:(-1)" x2n+ (2n+8) (-1)" x2n+1 (2n+4) Let y= 2 be the power series solution to the I.V.P n=0 n D0 y"+p(x) y'+q(x) y=0, y(0) = 8 , y(0) = Find a, (the coefficient of x) a. b. 10 C. 35 d. None e. 1 14 1/4
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