The sum of the elements of the eigenvector corresponding to the lowest value eigenvalue of matrix (VI) is

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter4: Eigenvalues And Eigenvectors
Section4.3: Eigenvalues And Eigenvectors Of N X N Matrices
Problem 24EQ
icon
Related questions
Question
18) The sum of the elements of the eigenvector corresponding to the lowest value eigenvalue of matrix (VI) is: a. -1 b. 0 c. +1 d. +2 e. +3 f. +4 g. +5 h. The elements of the eigenvector cannot satisfy criteria 1 20) The sum of the elements of the eigenvector corresponding to the highest value eigenvalue of matrix (VI) is: a. -1 b. 0 C. +1 d. +2 e. +3 f. +4 8. +5 h. The elements of the eigenvector cannot satisfy criteria 1 22) The sum of the elements of the eigenvector corresponding to the lowest value eigenvalue of matrix (VII) is: a. -1 b. 0 c. +1 d. +2 e. +3 f. +4 g. +5 h. The elements of the eigenvector cannot satisfy criteria 1 23) The sum of the elements of the eigenvector corresponding to the 2nd lowest value eigenvalue of matrix (VII) is: a. -1 b. 0 C. +1 d. +2 e. +3 f. +4 g. +5 h. The elements of the eigenvector cannot satisfy criteria 1 Please tell the correct options in it with solution i need all please do it clearly 24) The sum of the elements of the eigenvector corresponding to the highest value eigenvalue of matrix (VII) is: a. -1 b. 0 C. +1 d. +2 e. +3 f. +4 8. +5 h. The elements of the eigenvector cannot satisfy criteria 1
LOWELL
Homework # 6 Due Wednesday 3/2/2022
Find the eigenvalues and the eigenvectors of the following 7 matrices.
[2 0
1 0 2
01
2
(V)
3.
(II)
(VI)
3 0
(III)
0.
1
(VII)
1
av)
-2
31
You are going to be asked to find the sum of the eigenvalues of these matrices. Because the
eigenvalues are fixed numbers, the results are unambiguous.
In addition, you are going to be asked to find the sum of the elements of the eigenvectors.
However, because any non-zero multiple of a valid eigenvector is also a valid eigenvector, you
must use the eigen vector that satisfies the following criteria:
1) If possible, use an eigenvector that has all integer elements áf it is not possible, you will
make that choice from the multiple choice list).
2) If the first requirement can be satisfied, the non-zero elements should have no common
integer factors (other than +1 or -1) and the non-zero element with the smallest absolute
value must be positive.
As in previous homework assignments, these sums have no mathematical significance. You are
finding them in order to demonstrate that you actually did the assignment.
Transcribed Image Text:LOWELL Homework # 6 Due Wednesday 3/2/2022 Find the eigenvalues and the eigenvectors of the following 7 matrices. [2 0 1 0 2 01 2 (V) 3. (II) (VI) 3 0 (III) 0. 1 (VII) 1 av) -2 31 You are going to be asked to find the sum of the eigenvalues of these matrices. Because the eigenvalues are fixed numbers, the results are unambiguous. In addition, you are going to be asked to find the sum of the elements of the eigenvectors. However, because any non-zero multiple of a valid eigenvector is also a valid eigenvector, you must use the eigen vector that satisfies the following criteria: 1) If possible, use an eigenvector that has all integer elements áf it is not possible, you will make that choice from the multiple choice list). 2) If the first requirement can be satisfied, the non-zero elements should have no common integer factors (other than +1 or -1) and the non-zero element with the smallest absolute value must be positive. As in previous homework assignments, these sums have no mathematical significance. You are finding them in order to demonstrate that you actually did the assignment.
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 3 steps with 3 images

Blurred answer