I will give u project description in message. it won't fit here.
please answer the five questions below in order and include your responses in a document. Also note that this document can't exceed 3 pages, letter-sized with a minimum font size of 10 points.
Part 1. Input data and data structures (Prompts: To solve the above general problem (NOT just the age-based example above), what kinds of data do you think you will need? Specifically, what type of real-world objects is such data concerned with?)
//Question 1. Declare a C++ class to describe the object type you have identified above. Remember to include the necessary header files, e.g., <iostream>. Furthermore, limited by space, you are only required to include the following items in this class:
The list of necessary data members and their corresponding data types.
A default constructor. No need to define/implement this and any of the following functions.
One read-only accessor concerning any individual data member of your choice.
One mutator that changes any individual data member of your choice.
An overloaded output operator << to print out the information in an object of this class, as a friend.
//Question 2. Declare a variable that will be used to store the entire collection of data objects needed to address the above general problem.
Part 2. Design an algorithm to calculate the distribution of COVID-19 deaths in a given state in the U.S. with respect to both vaccination status and ethnicity in a given month. Describe your algorithm in pseudo code. (Prompts: (1) given that vaccination status has two values and ethnicity five, the vaccination-ethnicity combo will result in a total of 10 possible combinations. (2) describe the main steps of your algorithm to solve the above problem. Don’t worry about being syntactically correct, but do (a) include comments to help express your intents, and (b) use your answers to Questions 1& 2 for brevity and clarity. (3) Your algorithm does not need to generate a table as illustrated in the above example. It only needs to return the output data in a data structure that you see suitable. )
//Question 3. Describe the pseudo code of your algorithm.
Part 3. Implement your above algorithm in C++ as a free-standing function. (Prompts: please respect C++’s syntactic rules in your response; however, minor syntactic errors will be forgiven. We don’t require you to compile your code during the exam.)
//Question 4. Implement your algorithm as a free-standing C++ function.
Part 4. Analyze the time complexity of your algorithm.
//Question 5. What’s the time complexity of your algorithm?
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