Q$2)$a$)(30$ p$)$ For a particular $44$ linear equations system explain Jacobi and Gauss Siedel Methods and design a program of the Gauss Siedel method for any $44$ equations system.

b$)(10$ p$)$Run the program for the same example and add your output.

c$)(10$ p$)$ Write the necessary theorem and proof for convergence of successive methods.