In the previous section we hardcoded the width and length of the rectangle to be 5 and 6 respectively. Due to this every time we called area() we received the same result. In this section, let's make the area() function dynamic so that it can accept the width and length from us and print the result based on the inputs.
Within the snippet above, we moved the width and length from the function body to the () brackets at the function definition. Adding variables names within these brackets will allow the area() function to accept two inputs which will be stored in width and length. These are called positional arguments in Python.
As you can see, when calling the function, we pass in 2 and 3 as arguments to the function which the print statement then uses to give us the correct result.