Consider the initial value problem a. Form the complementary solution to the homogeneous equation. ýc(t) = = C1 ÿp(t) -3 ÿ' = - - [~ ³ - 3] + + [4 sin(¹)], (0) [] 4 b. Construct a particular solution by assuming the form ÿp(t) = (sin t)ā + (cost)b and solving for the undetermined constant vectors a and b. = + C₂ y₁ (t) Y2(t) c. Form the general solution y(t) = c(t) + ÿp(t) and impose the initial condition to obtain the solution of the initial value problem.

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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Consider the initial value problem
ýc(t) = C₁
a. Form the complementary solution to the homogeneous equation.
ýp(t) =
-3 -2
ÿ
v' = [~ ³ −3] +
y
4
yı(t)
Y₂ (t)
=
JI
A
→
[4 sin(t)
+ C2
2
←I
b. Construct a particular solution by assuming the form ýp(t) = (sin t)ā + (cost)b and solving for the undetermined
constant vectors à and b.
(0)
=
→
c. Form the general solution ÿ(t) = ýc(t) + ýp(t) and impose the initial condition to obtain the solution of the initial value
problem.
FI
Transcribed Image Text:Consider the initial value problem ýc(t) = C₁ a. Form the complementary solution to the homogeneous equation. ýp(t) = -3 -2 ÿ v' = [~ ³ −3] + y 4 yı(t) Y₂ (t) = JI A → [4 sin(t) + C2 2 ←I b. Construct a particular solution by assuming the form ýp(t) = (sin t)ā + (cost)b and solving for the undetermined constant vectors à and b. (0) = → c. Form the general solution ÿ(t) = ýc(t) + ýp(t) and impose the initial condition to obtain the solution of the initial value problem. FI
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