2) MATLAB has a matrix function called magic(n) which creates an nxn square matrix where the sum of every element in every row, every column, and the two diagonals are all equal to each other. Create a 5X5 magic matrix (matrix A) and an 8X8 magic matrix (matrix Z). For each matrix: a) Find the sum of each row and set the sum of row x to the variable row x b) Find the sum of each column and set the sum of column x to the variable column_x c) Find the sum of each diagonal and set the sum of diagonal left-to right x to the variable diagonal_Ir, and the sum of diagonal right-to left x to the variable diagonal_rl. (Hint - the function fliplr(A) flips a matrix into its mirror image from left to right) 2) MATLAB has a matrix function called magic(n) which creates an nxn square matrix where the sum of every element in every row, every column, and the two diagonals are all equal to each other. Create a 5X5 magic matrix (matrix A) and an 8X8 magic matrix (matrix Z). For each matrix: a) Find the sum of each row and set the sum of row x to the variable row x b) Find the sum of each column and set the sum of column x to the variable column_x c) Find the sum of each diagonal and set the sum of diagonal left-to right x to the variable diagonal_Ir, and the sum of diagonal right-to left x to the variable diagonal_rl. (Hint - the function fliplr(A) flips a matrix into its mirror image from left to right)