Whаt will this cоde prоduce? lst = ["zerо", "one"]lst.insert(2, "three")
In the Vending Mаchine Stаte Mаchine assignment, prоgrams are structured intо multiple states, where each part оf the system is handled using separate functions. Write a Python program that simulates a simple vending machine using three functions and a main function. Requirements: insert_money(total) Prompts the user to insert money. Valid inputs are: 0.01, 0.05, 0.10, 0.25, and 1.00 Validates the input Returns the updated total amount of money inserted display_inventory(inventory) Displays the items and their quantities The items are: chips, soda, and chocolate Returns nothing select_item(total, inventory) Prompts the user to select an item Checks whether: enough money has been inserted, and the selected item is in stock Returns: 1 if the user successfully selects the first item 2 if the user successfully selects the second item 3 if the user successfully selects the third item 0 if there is not enough money or the item is out of stock main() Controls the flow of the program: insert money → select item → purchase Calls the required functions in the correct order Stores the main variables, including: total, which stores the current amount of money inserted inventory, which stores the quantities of items Allows the user to perform multiple transactions or exit the program The purchase logic must be done inside main(), including: updating the total amount updating the inventory after a successful purchase Additional Requirements (Inventory): The vending machine contains exactly three items in this specific order: chips, soda, chocolate The inventory list must be defined inside the main() function. Each position in the inventory list corresponds to the quantity of the item at the same index. inventory = [3, 2, 0]. This means: 3 chips 2 sodas 0 chocolates The cost of each item is 7. The default inventory list amount is 3. inventory = [3, 3, 3] Additional Instructions: If any part of the problem is unclear or vague, you must clearly state your assumptions as comments in your code. For any requirement that is not fully specified, you have the flexibility to make reasonable design decisions. Be sure to document your choices using comments. (you can use Python Sandbox)