V n-dimensional vector space T: V → V Let it be the linear transformation. Let the eigenvalue of this linear transformation be λ and the eigenvector corresponding to this eigenvalue x ≠ 0 So which of the following is true? a)There is only one λ value corresponding to the vector X. b)There is an infinite eigenvector for λ eigenvalue c)linear transform has real eigenvalue as much as the degree of the characteristic polynomial d)The matrix representation of the linner transformation is the invertible matrix A and the eigenvalue of A-1 is λ-1 ,with an eigenvalue λ.
V n-dimensional vector space T: V → V Let it be the linear transformation. Let the eigenvalue of this linear transformation be λ and the eigenvector corresponding to this eigenvalue x ≠ 0 So which of the following is true? a)There is only one λ value corresponding to the vector X. b)There is an infinite eigenvector for λ eigenvalue c)linear transform has real eigenvalue as much as the degree of the characteristic polynomial d)The matrix representation of the linner transformation is the invertible matrix A and the eigenvalue of A-1 is λ-1 ,with an eigenvalue λ.
Elementary Linear Algebra (MindTap Course List)
8th Edition
ISBN:9781305658004
Author:Ron Larson
Publisher:Ron Larson
Chapter7: Eigenvalues And Eigenvectors
Section7.1: Eigenvalues And Eigenvectors
Problem 74E
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V n-dimensional vector space T: V → V Let it be the linear transformation. Let the eigenvalue of this linear transformation be λ and the eigenvector corresponding to this eigenvalue x ≠ 0 So which of the following is true?
a)There is only one λ value corresponding to the vector X.
b)There is an infinite eigenvector for λ eigenvalue
c)linear transform has real eigenvalue as much as the degree of the characteristic polynomial
d)The matrix representation of the linner transformation is the invertible matrix A and the eigenvalue of A-1 is λ-1 ,with an eigenvalue λ.
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