in python spyder

Your program will again approximate the area under the function using either a single rectangle or a single trapezoid. However, your program should do this in a user$-$defined function that takes three inputs and returns one output:

Input: the left bound $(-1$ in the example$).$ No default value.

Input: the right bound $(2$ in the example$).$ No default value.

Input: the mode $($either "Rectangle" or "Trapezoid"$).$ The default value is "Rectangle."

Output: the area

Your function does not need a try$-$except clause. However, the program should not error should a mode that is different from "Rectangle" or "Trapezoid" be provided.

The main program $($i$.$e$.,$ outside of the function$)$ one$-$by$-$one asks the user for these three inputs and calls the user$-$defined function with them. The output value is returned to the main program when it is finally printed. Here are three example runs:

Input the left bound: $-1$

Input the right bound: $2$

Enter the mode, either 'Rectangle' or 'Trapezoid': Rectangle

$18\mathrm{.}0$

$-------------------------------------------$

Input the left bound: $-1$

Input the right bound: $2$

Enter the mode, either 'Rectangle' or 'Trapezoid': Trapezoid

$13\mathrm{.}5$

$-----------------------------------------------$

Input the left bound: $-1$

Input the right bound: $2$

Enter the mode, either 'Rectangle' or 'Trapezoid': rectangle

Warning: Mode not recognized. Returning zero area.

$0$