Let x(t) = x' (t) x₂ (t) = = £1(t) x₂ (t) -5 x₁(t) -2x1(t) 2 be a solution to the system of differential equations: + 3 x₂(t) 10 x ₂ (t) find x (t). If x (0) = Put the eigenvalues in ascending order when you enter x₁(t), 2(t) below. x₁ (t) = exp(t)+ exp([ t) x₂(t) = exp(t)+ exp( [ t)

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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Let x(t) =
x' (t)
x₂ (t)
=
=
£1(t)
x₂ (t)
-5 x₁(t)
-2x1(t)
2
be a solution to the system of differential equations:
+
3 x₂(t)
10 x ₂ (t)
find x (t).
If x (0) =
Put the eigenvalues in ascending order when you enter x₁(t), ₂(t) below.
x₁ (t) =
Jexp(t)+ exp([ t)
x₂(t) = exp(t)+exp( [ t)
Transcribed Image Text:Let x(t) = x' (t) x₂ (t) = = £1(t) x₂ (t) -5 x₁(t) -2x1(t) 2 be a solution to the system of differential equations: + 3 x₂(t) 10 x ₂ (t) find x (t). If x (0) = Put the eigenvalues in ascending order when you enter x₁(t), ₂(t) below. x₁ (t) = Jexp(t)+ exp([ t) x₂(t) = exp(t)+exp( [ t)
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