please use MATLAB codes to answer this question

Write a function myones that will receive three input arguments m, n and p and will return an mxnxp matrix of all ones. Do NOT use any built-in functions, use loops (so, yes, the code will be inefficient) For example: Test Result assert (isequal (myones (4, 6, 3), ones (4, 6, 3))) assert(isequal(myones (2, 5, 1), ones (2, 5, 1))) assert(isequal(myones (1, 2, 3), ones (1, 2, 3))) assert(isequal(myones (3, 2, 1), ones (3, 2, 1))) assert (isequal (myones (10, 5, 2), ones (10, 5, 2))) Answer: (penalty regime: 0 %) 1 yones (4, 6, 3), ones (4, 3))) (0x0) | x | 6, [] temp1= temp2 [ ] (0x8) temp2 = [ ] (0x8) temp2= [] (0x8) temp2 = [ ] (0x8) mat [1(0x0) yones (2, 5, 1), ones (2, 1))) | temp1= [](0x8) | 5, temp2 [ ] (0x8) temp2-[1 (0x0) mat-(0x0) yones(1, 2, 3), ones(1, 2, 3))) templ (x8) temp2 [1 (0x0) mat = [](0x8 ) temp1 temp2 = [ ] (0x0) temp2 [1 (0x0) temp2= [](0x8) mat = [ ] (0x8) temp!- temp2 [1 (0x0) yones ( 3, 2, 1), ones(3, 2, 1))) [](0x8) yones(10, 5, 2), ones ( 18, 5, 2))) [](0x8) X