Input

Your function script will receive one $44$ matrix directly from the calling program, through the

input argument list.

Output

Your function script will display to the command window the final value $($and only the final

value$)$ of the variable small each time through the outer for loop. i$.$e$.$ display the value of

small after you exit the inner for loop.

Your function script will return to the calling program the determinant of the matrix.

Method

Your function script should implement all for loops you identified while performing Task #$1$

and Task #$2$ in the Preparation section.

Be very careful to reproduce all commands accurately. There is a pair of errors you could

include that would not cause an incorrect answer. However, it is still an error, and will cost you

points. There are two ways to check for this pair of errors:

Figure out what values the data structure small is storing, and check it against the

corresponding values for your input matrix. I recommend the Matrix Review document

from Topic $0$ on the Canvas Modules page.

WARNING: never change a program that is complete and works $-$ make a copy of the

code and change the copy. Expand your code to take the determinant of a $55$ matrix

using the same method. It will require an addition level of for loop outside your

current outer for loop. If you accurately reproduce the necessary commands, the pair

of errors will become a trio of errors that will produce the wrong answer.

$**$ PLEASE ANSWER IN MATLAB