Question: Question 03: Part 1: Using Gauss-Seidle method and the first iteration as (0, 0, 0), calculate the next 13 iterations for the solution of the

Question 03: Part 1: Using Gauss-Seidle method and the first iteration as (0, 0, 0), calculate the next 13 iterations for the solution of the system of equations:m develop codes in MATLAB software) (10) CL0 2 5x y + z = 10 2x + 8y z = 11 -x + y + 4z = 3 Part 2: What is a system of linear equation? What is the condition for a unique solution? Name three methods for solving system of equations. Give three points of comparison between direct methods and iterative methods for solving system of linear equations. (10) CLO 3
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