all except for question a

A function called swap_rows() accepts 3 arguments: a 2D array A, and 2 integers r1 and r2. The function must return a new array that is identical to A, but with rows r1 and r2 swapped. For example, swap_rows([1 2 3; 4 5 6; 7 8 9), 1, 3) should return (7 8 9; 4 5 6; 1 2 3]. Below is the function template, followed by a set of code blocks to be inserted into the template at the indicated point. For each block, enter YES if it will yield the desired functionality, and NO if it will not. function B = swap_rows (A, ri, r2) % INSERT CODE HERE end (a) p6-2.png (b) A(r1,:) = A(r2,:); A(r2,:) = A(r1,:); (c) A(r1) = A(r2); A(r2) = A(ri); (d) [r,c] = size(A); for i = 1:0 temp = A(ri, i); A(ri, i) = A(r2, i); A(r2, i) = temp; end (e) B = A; B(r1,:) = A(r2,:); B(r2,:) = A(r1,:); A = B; A function called swap_rows() accepts 3 arguments: a 2D array A, and 2 integers r1 and r2. The function must return a new array that is identical to A, but with rows r1 and r2 swapped. For example, swap_rows([1 2 3; 4 5 6; 7 8 9), 1, 3) should return (7 8 9; 4 5 6; 1 2 3]. Below is the function template, followed by a set of code blocks to be inserted into the template at the indicated point. For each block, enter YES if it will yield the desired functionality, and NO if it will not. function B = swap_rows (A, ri, r2) % INSERT CODE HERE end (a) p6-2.png (b) A(r1,:) = A(r2,:); A(r2,:) = A(r1,:); (c) A(r1) = A(r2); A(r2) = A(ri); (d) [r,c] = size(A); for i = 1:0 temp = A(ri, i); A(ri, i) = A(r2, i); A(r2, i) = temp; end (e) B = A; B(r1,:) = A(r2,:); B(r2,:) = A(r1,:); A = B