$$Write a function called FindLarger that accepts two intarguments arg$1$ and

$$In the function, print the larger number on the screen

Sample Output:

Inside the Function, the Larger Number is: arg$1$ # assuming arg$1$ is larger

$$Where the function was called from, print the smaller number on the screen there $($i$.$e$.,$ you will RETURN the smaller number$)$

Sample Output:

Outside the Function, the Smaller Number is: arg$2$ #assuming arg$2$ is smaller

Run the function for the following values of arg$1$ and arg$2$

$$arg$1=5,$ arg$2=10$

$$arg$1=9,$ arg $2=18$

$$arg$1=5,$ arg $2=5$In the last Lab you $($should have$)$ created the FindLarger function.

In this assignment, modify that function in the following manner:

Inside the FindLarger function, when you decide which parameter is smaller$/$larger$,$ send those numbers to ANOTHER function

Name the other function as FindRemainder

Inside FindRemainder...

Find the remainder $($if any$)$ by dividing the Larger Number by the Smaller Number

Display the Result as: The Remainder of $\_\_\_\_/\_\_\_\_\_$ is $\_\_\_\_\_$

The blanks in the previous bullet $(\_\_\_\_)$ will be filled by whatever arguments you send, and the result

So you will write two functions FindLarger, and FindRemainder. FindLarger outputs stay the same as the last Lab.

Final Output should look something like:

Inside the Function, the Larger Number is: $\_\_\_\_\_$

The Remainder of $\_\_\_\_/\_\_\_\_\_$ is $\_\_\_\_\_$

Outside the Function, the Smaller Number is: $\_\_\_\_\_$