For the system of differential equations, -5 [54] 2 a) Find the characteristic polynomial of the matrix of coefficients A. CA(X) A1, A2 = b) Find the eigenvalues of A. Enter the eigenvalues as a list in ascending order separated by commas. U1 U2 = = c) Find the eigenvectors assuming u₁ is the eigenvector associated with the smaller eigenvalue X₁ and u₂ is the eigenvector associated with the larger eigenvalue X2. y₂ (t) y' = d) Determine two linearly independent solutions to the system. Enter the first solution in the format y₁(t) = fi(t) (vigi(t) – v2g2(t)) . y₁ (t) Enter the second solution in the format y₂(t) = f2(t) (v3h₁(t) + -V₁h₂(t)) = = +
For the system of differential equations, -5 [54] 2 a) Find the characteristic polynomial of the matrix of coefficients A. CA(X) A1, A2 = b) Find the eigenvalues of A. Enter the eigenvalues as a list in ascending order separated by commas. U1 U2 = = c) Find the eigenvectors assuming u₁ is the eigenvector associated with the smaller eigenvalue X₁ and u₂ is the eigenvector associated with the larger eigenvalue X2. y₂ (t) y' = d) Determine two linearly independent solutions to the system. Enter the first solution in the format y₁(t) = fi(t) (vigi(t) – v2g2(t)) . y₁ (t) Enter the second solution in the format y₂(t) = f2(t) (v3h₁(t) + -V₁h₂(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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Transcribed Image Text:For the system of differential equations,
X1, X2
a) Find the characteristic polynomial of the matrix of coefficients A.
CA(X)
b) Find the eigenvalues of A. Enter the eigenvalues as a list in ascending order
separated by commas.
U₁ =
U2 =
=
y' =
c) Find the eigenvectors assuming u₁ is the eigenvector associated with the smaller
eigenvalue X₁ and u2 is the eigenvector associated with the larger eigenvalue A2.
5
2 - 1
Y2 (t)
d) Determine two linearly independent solutions to the system.
Enter the first solution in the format y₁ (t)
y
=
=
y₁ (t)
Enter the second solution in the format y₂(t) = ƒ2(t) (v3h₁(t) + v₁h₂(t))
=
: fi(t) (vigi(t) – v2g2(t)) .
+
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