Take Laplace Transformation on the Ordinary Differential Equation if y"- 3y" + 3y'-y te if y(0) = 1, y(0) = b and y"(0) = c. a) (s - 3s? + 3s - 1)Y(s)+ (-as? + (3a – b)s + (-3a - c) = (s-1) b) (s- 3s2 + 38 - 1)Y(s) + (-as? + (3a - b) + (-3a -c)s): ) (s-3s2 + 3s)Y(s) + (-as + (3a - b)s + (-3a - c)) = (s-1)* d) (s-3s2 +3s – 1)Y(s) + (-as? + (3a - b)s + (-3a – c) : (s-1)
Take Laplace Transformation on the Ordinary Differential Equation if y"- 3y" + 3y'-y te if y(0) = 1, y(0) = b and y"(0) = c. a) (s - 3s? + 3s - 1)Y(s)+ (-as? + (3a – b)s + (-3a - c) = (s-1) b) (s- 3s2 + 38 - 1)Y(s) + (-as? + (3a - b) + (-3a -c)s): ) (s-3s2 + 3s)Y(s) + (-as + (3a - b)s + (-3a - c)) = (s-1)* d) (s-3s2 +3s – 1)Y(s) + (-as? + (3a - b)s + (-3a – c) : (s-1)
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:Take Laplace Transformation on the Ordinary Differential Equation if y" -3y"+ 3y-y=t e"
if y(0) = 1, y(0) = b and y"(0) = c.
a) (s - 3s2 + 3s - 1)Y(s) + (-as? + (3a - b)s + (-3a - c)) =
b) (s-3s2 + 3s - 1)Y(s) + (-as? + (3a – b) + (-3a - c)s):
(s- 3s2 + 3s)Y(s) + (-as + (3a – b)s + (-3a - c)) =
d) (s-3s2 +3s – 1)Y(s) + (-as? +(3a - b)s + (-3a – c)):
2
(s-1)
2.
(-1)"
2.
|3D
(s-1)
(s-1)
Seiect one
Oba
Ocd
Odb
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