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Find the eigenvalues and eigenvetors of the following matrices. Show all your work. T2 5 1...
Please how all work! 1. Find the eigenvalues and corresponding eigenvectors of the following matrices. Also find the matrix X that diagonalizes the given matrix via a similarity transformation. Verify your cal- culated eigenvalues. (4༣). / 100) 1 2 01. [2 -2 3) /26 -2 2༽ 2 21 4]. [42 28) ( 15 -10 -20 =4 12 4 -3) -6 -2/ . 75-3 13) 0 40 , [-7 9 -15) /10 4) [ 0 20L. [3 1 -3/
Find the eigenvalues and eigenvectors of the following matrices 1) Find the eigenvalues and eigenvectors of the following matrices. -5 4 -2.2 1.4 2 0 -1 2 1-2 3
3. Find all eigenvalues and eigenvectors for the following matrices R= [ { 1]
Show all work please. 2. Find the inverses of the following matrices. 1 4 (a) ج في ' [1 2 3 (b) 0 4 5 0 0 6 1 4 (c) 5 1 6 5 -2 9 7
5. (Strang 6.1.1) Consider the two matrices: = [:] (4+1)= [ 1 (a) Find the eigenvalues and eigenvectors of both A and (A + 1). (b) How are the the eigenvectors of these matrices related? (c) How are the eigenvalues related?
Find the eigenvalues and normalized eigenvectors of the following matrices. Show whether the eigenvectors are orthogonal. (60) (23) (1, 1) (i)
1. Find the eigenvalues for the following matrices and bases for their corresponding eigenspaces. -28 10 (a) -75 27 -3 -4 6 (b) 8 12-18 4 5 -7 -17 5 5 (c) -40 13 10 -20 5 8
Solve the following linear systems by computing the eigenvalues/ eigenivectors of the matrices below and then solving the associated system of equations to find the general solution. Graph the vector fields and several examples of the flow (your choice of initial conditions A= 11 -61 -2 10 A= = [1 -15 10 -26 17 I D. Focus a hp
15. Use the characteristic equation to find the real eigenvalues of the following matrices. (a) [ ] 6 (b) | 9 -9 -6 -9 6 -6 3 1 16. Diagonalize the following matrices if possible. (If not possible explain why not)Then compute A2. (Use the diagonal matrix to do the computation if A was diagonalizable) One of the Eigen-values is provided to get you started. A= 10 -1 15 3 -9 2=4 -2 10)
4.(5 pts)Give an example of a 3 x 3 matrix with eigenvalues of 2, 2, and -3 that is diagonalizable. Show that it is, in fact, diagonalizable, and find C and D such that C (you may make this as trivial as you wish!) AC = D 5.(5 pts) Give an example of a 3 x 3 matrix with eigenvalues of 2, 2, and -3 that is NOT diagonalizable. Show WHY it is not diagonalizable. 6. (5 pts) Let T:...