Please do not use functions or symbolic toolbox [syms]

Write a MATLAB code using the element-based Jacobi method to solve the system of linear equations, Ax-b, where A and b are given below. 5 6 7 5 1 8 -4-10-3 A=12 1-1 3 6 -9 10 6 9 5 -5 -8 4] bT- [-3 5 2 9 2] Start with the matrix, A, provided and then set the elements of the diagonal to be A(i, i)- 5 1 A(i, k) to ensure the matrix is diagonally dominant. We'll call this new matrix, A. (a) Stop the iterations when the 2-norm of Ilx(k)-X(k-1) ll/llx(k)ll is less than 10-6 (b) Print out the final values for Xk, the corresponding 2-norm of the error, and the number of iterations required. (c) Repeat this exercise with the original matrix, A, and report the number of iterations required. How has it changed