The term Type' is insufficient when declaring a variable. To put it another way, all variables are made up of data kinds and several additional characteristics. What is the best way to communicate the characteristics of any variable using the notion that allows us to do so?

Implement a C++ program:RESTAURANT that has multiple branches, and each branch has menus of food items, their stock and a list of customers. A branch may have for example a breakfast menu and lunch menu with different food items, and the stock (available quantity) of each food item in the branch. Also, the branch will have a list of regular customers and their contact information to contact them for offers and new food items. Class Names Data and Member Functions Food Data Members: ID, Name, Calories, Price Member Functions: getID, getName, getCalories, getPrice setID, setName, setCalories, setPrice Stock Data Members: ID, Food, Stock Member Functions: getID, getFood, getStock setID, setFood, setStock Customer Data Members: ID, Name, Phone Member Functions: getID, getName, getPhone setID, setName, setPhoe Menu Data Members: ID, Name, foodList Member Functions: getID, getName, getFoodList setID, setName Branch Data Members: ID, Address, menuList, stockList, customerList Member…

Is there a limit to the number of ways functions may interact with one another?Using relevant examples, explain what you're saying.

Language is C++  Lab14A: The Architect. Buildings can be built in many ways. Usually, the architect of the building draws up maps and schematics of a building specifying the building’s characteristics such as how tall it is, how many stories it has etc. Then the actual building itself is built based on the schematics (also known as blueprints).  Now it is safe to assume that the actual building is based off the blueprint but is not the blueprint itself and vice versa. The idea of a classes and objects follows a similar ideology. The class file can be considered the blueprint and the object is the building following the analogy mentioned above. The class file contains the details of the object i.e., the object’s attributes (variables) and behavior (methods). Please keep in mind that a class is a template of an eventual object. Although the class has variables, these variables lack an assigned value since each object will have a unique value for that variable.  Think of a form that you…