Your task is to write a MATLAB program that solves and simulates the graphics of the GaussSeidel and Jacobi solutions for the following linear equation system by using the template given to you on lectures during the week of April 9 15. The name of the template is: comparison_of_iterartive_methods. Download the template and modify it for Gauss-Seidel and Jacobi methods with the following equation system. On the plot graphic, there must be only 2 graphs (one for Gauss-Seidel and one for Jacobi) and each graphic should show the change of variable z over time.

3x -y +z = 15

x +4y -2z = -13

-3x +2y +6z = 11

Sample Screen Shot MATLAR Window Helo File Edit View Insert Tools Desktop window He? 1861852 Gauss-Seldel Z14) value- 3.609625057155922 Sample Screen Shot MATLAR Window Helo File Edit View Insert Tools Desktop window He? 1861852 Gauss-Seldel Z14) value- 3.609625057155922