MATLAB project

1. Write a script, called solver system, that asks you for a message that says “Enter ID with 8 digits without the letter ”. Then, after entering the ID number (without letters) and pressing “Enter” on the keyboard, the program must solve the system of linear equations, AX = b, whose matrix of coefficients is A, and the vector of independent terms b is formed by the ID number entered. A = 1 24 −16 5 4 16 −1 −1 −1 −3 0 0 0 16 1 0 12 0 16 −15 4 16 1 −5 1 2 −11 0 0 1 1 4 2 1 −105 5 −4 1 1 3 1 1 76 0 4 0 1 2 0 −4 1 5 2 −116 1 0 1 0 16 5 4 3 1 1 The output of the script must be the vector of solutions X. 2. Write a script, called moveydibuja.m, which, when executed, asks you for a message that says “Enter coordinates (x0, y0) of output ”. Once the coordinates have been entered, the program must read them as a point output of a related movement consisting of a symmetry with respect to the line 2x + y = 1 with sliding of vector ~ v = (1, 1) and subsequent symmetry with respect to the line x - y = 1. The program must calculate and show the coordinates of the final position of the point (x0, y0) moved, and draw each movement. That is to say, the program, in addition to calculating the coordinates of the final position of the related movement, must show the following four windows in a single figure: a) Correct starting position (x0, y0) b) Position of the point after the symmetry with respect to the line 2x + y = 1 c) Position of the point once the symmetry affected with sliding vector ~ v = (1, 1) with respect to the line 2x + y = 1. d) Final position of the point once the symmetry with vector sliding has affected ~ v = (1, 1) with respect to the line 2x + y = 1 and subsequent symmetry with respect to line x - y = 1.