I want the answer in Matlab formula ( using octave online website) I don't want the answer written by hand!! Thank you

2. (40 points) For the following matrix, B = (-12-5 7 14 14 2 4 -14 0 8 16 13 6 13 6 -6 -8 -6 -5 -1 8 9 2 -8 -2 14 8 5 12 18 1 15 -13 15 use MATLAB to compute (a) (30 points) the eigenvalues, traces, and characteristic polynomials of the given matrix (b) (10 points) Use the results from part (a) to confirm Theorems 1 and 3. Write all your Matlab and outputs in Word document by copy paste from Matlab. Give a name to your answer file as your name and student ld. Then upload it to Assignment folder in Itslearning. Do not send your assignment by e-mail. Assignments sent by e-mail will not be evaluated. Assignments will not be accepted after the deadline has passed. Theorem 1 Let A de un inertible amount with eigenluca A. dg... Then the eigenvalues of Theorem 2 Lett snd B be similar a matrices. Then PPN and hence the eigenalues of A and B are identical. Theoren 3 Lt Akon ** matris anith eigenvalues 21. A... Then IHCA) = + 12+...+ It follows from Theorem that the traces of similar matrices are equal 1. (40 points) For the following matrix. -12-19 -3 12 - 12 10 14 -10 1 5 -9 17 -12-5-8 -12-1 & 13 -10 e MATLAB to compute (a) (50 pointa) the eigenvalues, traces, and characteristke polynomials of the giwa matrix. (b) (10 points) Use the results from part (a) to comfirin Theorems and 3. 2. (40 points) Fie the following matrix, -125 130 12 7 14 6 18 13 B 1 2 4 G 15 -614 8-13 8 16-8-35 15 MATLAB to come (a) (30 points) the eigel, traves, a curacteristic polynomials of the given matrix (b) (10 points) Use the results from part (a) to confirm Theorems 1 and