The matrix has two distinct eigenvalues such that λ₁ < 2₂. The smaller eigenvalue ₁ = The larger eigenvalue 2₂ = Is the matrix C diagonalisable? choose has algebraic multiplicity has algebraic multiplicity and geometric multiplicity and geometric multiplicity C= -13 16 0 3 8 -8 -16 0 11

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
Section: Chapter Questions
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The matrix
has two distinct eigenvalues such that ₁ < 2₂.
The smaller eigenvalue ₁ =
The larger eigenvalue λ₂ =
Is the matrix C diagonalisable? choose
has algebraic multiplicity
has algebraic multiplicity
and geometric multiplicity
and geometric multiplicity
C =
-13
16
wä
0 3
8
-8
-16
0
11
Transcribed Image Text:The matrix has two distinct eigenvalues such that ₁ < 2₂. The smaller eigenvalue ₁ = The larger eigenvalue λ₂ = Is the matrix C diagonalisable? choose has algebraic multiplicity has algebraic multiplicity and geometric multiplicity and geometric multiplicity C = -13 16 wä 0 3 8 -8 -16 0 11
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