Answer the question as a discussion with a minimum of 30 words: If A is a an n x n matrix then det(A – sI) is an nth degree polynomial. The zeros of this polynomial are the eigenvalues for the system....

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Answer the question as a discussion with a minimum of 30 words:
If A is a an n x n matrix then det(A – sI) is an nth degree polynomial. The zeros of this polynomial are the eigenvalues for the system. So, to find the eigenvalues for a system means solving a polynomial equation. This is generally not too computationally difficult if n is kept small, but nothing says we have to keep n small.
For this prompt, first discuss all types of eigenvalues possible. That is, suppose s1, s2, s3, …, sn is the complete list of solutions to the characteristic polynomial det(A – sI) = 0. (Note: the list includes all zeros of the polynomial, counting their repetition, if necessary.) Then answer: Is it possible for a system of linear first order differential equation to not have associated eigenvalues? Why or why not?


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Answer the question as a discussion with a minimum of 30 words: If A is a an n x n matrix then det(A – sI) is an nth degree polynomial. The zeros of this polynomial are the eigenvalues for the system. So, to find the eigenvalues for a system means solving a polynomial equation. This is generally not too computationally difficult if n is kept small, but nothing says we have to keep n small. For this prompt, first discuss all types of eigenvalues possible. That is, suppose s1, s2, s3, …, sn is the complete list of solutions to the characteristic polynomial det(A – sI) = 0. (Note: the list includes all zeros of the polynomial, counting their repetition, if necessary.) Then answer: Is it possible for a system of linear first order differential equation to not have associated eigenvalues? Why or why not?



Answered Same DayDec 23, 2021

Answer To: Answer the question as a discussion with a minimum of 30 words: If A is a an n x n matrix then det(A...

David answered on Dec 23 2021
117 Votes
ʹ (1)
if n=1, than equation is xʹ=ax (first order differential equation)
it has solution x(r)=ceᵃᵗ, (2)
for general n,
ᵗʳ is a solution
ʹ ʳᵗ...
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