Problem E.1. Consider the following matrix: A = (²₁³) Problem E.1.a. Find the eigenvalue(s) and the eigenvector(s). Problem E.1.b. Is the matrix A diagonalizable? If so, what is the matrix P that diagonalizes A? Problem E.1.c. If the matrix A is diagonalizable, find the diagonal matrix D that is associated to A by calculating D = P.¹AP. Show the work for finding P¹ and for finding the matrix product P-¹AP.

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.2: Linear Independence, Basis, And Dimension
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Problem E.1.
Consider the following matrix:
A = (²2³)
Problem E.1.a. Find the eigenvalue(s) and the eigenvector(s).
Problem E.1.b. Is the matrix A diagonalizable? If so, what is the matrix P that diagonalizes A?
Problem E.1.c. If the matrix A is diagonalizable, find the diagonal matrix D that is associated to A by calculating
D = P.¹AP. Show the work for finding P¹ and for finding the matrix product P-¹AP.
Problem E.1.d. If the matrix A is diagonalizable, find the diagonal matrix D that is associated to A directly from
the eigenvalues found in problem E.1.a.
Transcribed Image Text:Problem E.1. Consider the following matrix: A = (²2³) Problem E.1.a. Find the eigenvalue(s) and the eigenvector(s). Problem E.1.b. Is the matrix A diagonalizable? If so, what is the matrix P that diagonalizes A? Problem E.1.c. If the matrix A is diagonalizable, find the diagonal matrix D that is associated to A by calculating D = P.¹AP. Show the work for finding P¹ and for finding the matrix product P-¹AP. Problem E.1.d. If the matrix A is diagonalizable, find the diagonal matrix D that is associated to A directly from the eigenvalues found in problem E.1.a.
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