(a) Let F = Z5, V = F^2, W = F^3 as vector spaces over Z5 and let T : V → W be defined by T(x, y) = (x + y, y, x + 2y). Find the matrix representation of T and a basis for both KerT, ImmT. b) Let A, B be similar matrices. If λ is an eigenvalue of A with corresponding eigenvector X. Show λ is an eigenvalue of B and find the corresponding eigenvector.
(a) Let F = Z5, V = F^2, W = F^3 as vector spaces over Z5 and let T : V → W be defined by T(x, y) = (x + y, y, x + 2y). Find the matrix representation of T and a basis for both KerT, ImmT. b) Let A, B be similar matrices. If λ is an eigenvalue of A with corresponding eigenvector X. Show λ is an eigenvalue of B and find the corresponding eigenvector.
Elementary Linear Algebra (MindTap Course List)
8th Edition
ISBN:9781305658004
Author:Ron Larson
Publisher:Ron Larson
Chapter5: Inner Product Spaces
Section5.CR: Review Exercises
Problem 41CR: Let B={(0,2,2),(1,0,2)} be a basis for a subspace of R3, and consider x=(1,4,2), a vector in the...
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)(a) Let F = Z5, V = F^2, W = F^3
as vector spaces over Z5 and let T : V → W be defined
by T(x, y) = (x + y, y, x + 2y). Find the matrix representation of T and a basis for both KerT, ImmT.
b) Let A, B be similar matrices. If λ is an eigenvalue of A with corresponding eigenvector X. Show
λ is an eigenvalue of B and find the corresponding eigenvector.
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