Use Laplace transformation to solve the following differential equations: y" + 4y = = sint + u, (t) sin(t – л); Hint: Since L (U₁₂ (4) sin (t-1)) C = TT L (K₂ (²) f(t-<)) = és F (s) Here f(t) = sint y(0) = 0, y'(0) = 0 Also for partial fraction. 1 (3²+1) (3²+4) = = F (s) = L (f(t)) = L (sint) = etts. I As+B 52 +1 + 5²+1 52 +1 CS+D 3² +4 -TS e 3²2² +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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Use Laplace transformation to solve the following differential equations:
y" + 4y =
= sint + u, (t) sin(t — ë);
Hint.
-cs
L (K₂ (²) f(t-<)) = ē's F (s)
Since
L (U₁₂ (4) sin (t-1))
C = πT
Here f(t) = sint
y(0) = 0, y'(0) = 0
Also for Partial fraction.
1
(3²+1) (3²+4)
=
=
F (s) = L (f(t)) = L (sint) =
etts. I
As+B
52 +1
+
5²+1
5² +1
CSTD
3² +4
-TS
e
3² +1
Transcribed Image Text:Use Laplace transformation to solve the following differential equations: y" + 4y = = sint + u, (t) sin(t — ë); Hint. -cs L (K₂ (²) f(t-<)) = ē's F (s) Since L (U₁₂ (4) sin (t-1)) C = πT Here f(t) = sint y(0) = 0, y'(0) = 0 Also for Partial fraction. 1 (3²+1) (3²+4) = = F (s) = L (f(t)) = L (sint) = etts. I As+B 52 +1 + 5²+1 5² +1 CSTD 3² +4 -TS e 3² +1
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