write a c++ code, in which a fucntion is using mathematical induction. add comments in each line of code.

Ro-Sham-Bo. Believe it or not, the classic game of Rock-PaperScissors has many other names. One of them is Ro-Sham-Bo. For this assignment, “Ro” will represent “Rock”, “Sham” will represent Paper, and “Bo” will represent Scissors. You will create a RoshamboPlayer class in C++. It will have three attributes: PlayerName: String RoLimit: int ShamBoLimit: int It will also have an overloaded constructor that sets those three values. It will have two functions: playRound that takes in a string and returns a boolean value, and getName that takes in nothing and returns the PlayerName string. In your driver class for this assignment, you will create two RoshamboPlayer objects with the following values: p1: RoLimit == 30, ShamBoLimit == 60 p2: RoLimit = 40, ShamBoLimit = 85 You may name them whatever you like. You will prompt the user to choose one of these two to play against. Then you will create a loop that prompt the user to either play a round of Roshambo, or quit the game. If the user…

Define Data Abstraction.

In C++

Why shouldn't assembly language be used to develop general-purpose programs? Do you believe assembly language should be used in any specific situation?

Write a Better version for this code using any preferred programming language. You should follow the high-quality code concepts and practices to achieve the high-quality version.

The twins Kartik and Kunaal want to play word search puzzles with their class. They want to befaster than everyone else in their class, so they decided to write a C code to help them find wordswith a click of a button. Little did they know, everyone in class decided to do this question.   You are required to implement search2D function.   void search2D(char word[], int wordSize, const int Size, char grid[Size][Size]);   search2D receives the word to look for char word[], the size of the word int wordSize, sizeof the grid const int Size and the puzzle grid char grid[Size][Size]. The word size can bebetween 2 and 23. You are NOT required to check for the validity of the word size.search2D should look for the first letter in the word row by row. If it finds the first letter of the wordin the puzzle, it should look for the remaining of the word in the 8 directions from the south and goesclockwise, i.e. south, south-west, west, north-west, north, north-east, east and lastly…

Create a social network, Chirper, that lets the user add new Chirps and like existing Chirps. It's lonely because only one person can add and like messages -- so there's really not much "social" about it. At least you can practice using objects, references, and function overloading in C++! Here's an example of how this program will run You can "chirp" a new message to Chirper, or "like" an existing chirp, or "exit". What do you want to do? chirp What's your message? This is my first chirp! Chirper has 1 chirps: 1. This is my first chirp! (0 likes)  You can "chirp" a new message to Chirper, or "like" an existing chirp, or "exit". What do you want to do? like Which index do you want to like? 1 Chirper has 1 chirps: 1. This is my first chirp! (1 likes)  You can "chirp" a new message to Chirper, or "like" an existing chirp, or "exit". What do you want to do? chirp What's your message? Second chirp is the best chirp. Chirper has 2 chirps: 1. This is my first chirp! (1 likes) 2. Second chirp…

I need help with this assignment, I need to make a struct to implement a limited Python style list in C++. When you bootstrap the exercise, you will be given a main.cpp file, with a simple program written in it. The program declares a Python style list and appends several elements to it, before printing it out to the terminal. The file is where I would setup my code #ifndef PY_LIST_H #define PY_LIST_H   #include <iostream>   struct PyList { // Declare your vars here   PyList(){ // Implement this }   void append(int x){ // Implement this }   void append(char x){ // Implement this }   void append(float x){ // Implement this } ~PyList(){ // Implement this }   };   std::ostream& operator<<(std::ostream& os, const PyList& pyList){ os << '[';   // Complete this implementation   os << ']'; return os; }   #endif   Here is the main.cpp file that it must be able to run and the float must not have floating zeros #include <iostream> #include "PyList.h"…

1. In using scanf the reference to data was always passed. When using printf the reference was passed for a string, but the data value was required for types such as integer. This says that what is commonly refer to as a variable actually has 3 parts: 1 - The label (sometimes called the id or name); 2 - the reference; 3 - the value. Explain to the best of your understanding what is the difference between each of these three parts, and how it changes the cognitive model or metaphor you use to understand a variable. The type of the variable (how the variable is stored and operations on the variable) are associated with what part of the variable, the label, reference, or value? 2. Which parts of the variable exist at compile time, and which parts exist at run time? 3. Harder question with more insight: Can a value be a reference? Can you think of an example? (Think of structs and arrays). 4. Even harder, this is a real world example. I read that Python has immutable primitive types (e.g.…