Define a function that takes two parameters: cups$\_$sold $($representing the number of cups sold$)$ and

price$\_$per$\_$cup $($representing the price per cup$).$ Inside the function, calculate the total revenue by multiplying the

number of cups sold by the price per cup and return the result.

Create a dictionary named coffee$\_$menu where keys represent the names of coffee beverages $($e$.$g$.,$ "Espresso",

"Latte", "Cappuccino"$),$ and values represent the prices per cup for each beverage. You can determine the prices

for each beverage according to your preferences or assumptions.

Define another function that takes a dictionary sales$\_$data as input. Inside this function, iterate through the

sales$\_$data dictionary. For each coffee beverage in the dictionary, use the calculate$\_$revenue function to calculate

the revenue generated by that beverage, and sum up the results to obtain the total revenue generated from all

coffee sales. Finally, return the total revenue.

To test the program, create a sample sales$\_$data dictionary with the number of cups sold for each coffee type.

Afterward, call the function defined above for calculating revenue for the total coffee with this sales$\_$data

dictionary as input and print the total revenue generated. This will ensure the correctness of the

implementation. Adjust the values in the sales$\_$data dictionary according to your requirements for testing. For

example, the output might resemble: