The general solution to the DE (x – 2)ʻ y" + 5 (x – 2) y' + 8y = 0 is a) y=c(x-2)*+c (x– 2)* b) y=q (x-2)° cos(2ln |x – 2) +c, (x- 2)* sin(2 n \x – 2) c) y=c(x-2)cos(21n|x – 2) +c, (x- 2)sin (2 In |x – 2) s(2lm|x– 2) +c, (x– 2)* sin (2 1n |x – 2) d) y=q cos(2 ln |x– 2|) +c, sin(2 ln |x– 2|)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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The general solution to the DE (x – 2)ʻ y" + 5 (x – 2) y' + 8y = 0 is
a) y=c(x-2)*+c (x– 2)*
b) y=q (x-2)° cos(2ln |x – 2) +c, (x- 2)* sin(2 n \x – 2)
c) y=c(x-2)cos(21n|x – 2) +c, (x- 2)sin (2 In |x – 2)
s(2lm|x– 2) +c, (x– 2)* sin (2 1n |x – 2)
d) y=q cos(2 ln |x– 2|) +c, sin(2 ln |x– 2|)
Transcribed Image Text:The general solution to the DE (x – 2)ʻ y" + 5 (x – 2) y' + 8y = 0 is a) y=c(x-2)*+c (x– 2)* b) y=q (x-2)° cos(2ln |x – 2) +c, (x- 2)* sin(2 n \x – 2) c) y=c(x-2)cos(21n|x – 2) +c, (x- 2)sin (2 In |x – 2) s(2lm|x– 2) +c, (x– 2)* sin (2 1n |x – 2) d) y=q cos(2 ln |x– 2|) +c, sin(2 ln |x– 2|)
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