Average Restaurant Rating and Number of Stars-A restaurant receives numeric scores of 0-10 from five different food critics. The higher the score, the better the rating. The average score translates...

Code the following in python.


Extracted text: Average Restaurant Rating and Number of Stars-A restaurant receives numeric scores of 0-10 from five different food critics. The higher the score, the better the rating. The average score translates into a 1-5 star rating. Write an IPO diagram and Python program that has two functions, main and determine stars. main-Should accept input of five numeric ratings from the user USING A LOOP. It should then calculate the average numeric score for the restaurant. The numeric average should be passed to the determine stars function. determine stars -should display the number of stars based on the numeric average: Greater than 9: ***** **** 8.0 - 8.9: 7.0 -7.9: *** 6.0-6.9: ** 5.0-5.9: Below 5.0 No stars Design: Design your program logic using pseudocode in the attached IPO Diagram. You should have 2 separate diagrams. One for the main function and one for the de termine stars function. Modularity: Your program should contain 2 functions: a main function to accept input from the user and calculate average and a second function to display the number of stars. Input Validation: The test scores entered by the user should be in the range 0-10 Output: Display both the numeric average (rounded to two decimals) and the number of stars. Sample Dialog: Enter critic's score between 0 and 10: -1 Error: Enter critic's score between 0 and 10: 5 Enter critic's score between 0 and 10: 6 Enter critic's score between 0 and 10: 7


Extracted text: Enter critic's score between 0 and 10: 8 Enter critic's score between 0 and 10: 9 Your score of 7.0 gives you *** >>> Programming Style Requirements. Comments -Begin your program with a comment that includes: a) your name, b) program status - either "Complete" or describe any incomplete or non-functioning part of your program c)A 1-3 line description of what the program does. Function comments - each function should begin with a comment explaining what the function does Variable names - use meaningful variable names such as total taxes or num cookies. Function names - use meaningful verb names for functions such as display taxes. Named constants - Use named constants for all number values that will not be changed in the program such as RECIPE SUGAR = 1.5. See section 2.9 on Named Constants