++, write a function Circle::intersect(Circle c) where class is defined below, for the funtion it returns bool values, true if two circle outline intersect each other and false if not. Circle::intersect(Circle c) {     // example      double X = x - c.getX();       double Y = y - c.getY();     double rad = radius + c.getRadius(); } class Circle { private:  double x; double y;  double radius; public:  bool intersect(Circle

c++ continuation of questions   add some arithmetic operator overloads to add and subtract to Sterling objects Sterling operator + (Sterling s2) const; Sterling operator - (Sterling s2) const;

This is in C++ given main(), define the Team class (in files Team.h and Team.cpp). For class member function GetWinPercentage(), the formula is: teamWins / (teamWins + teamLosses)  Use casting to prevent integer division. Ex: If the input is: Ravens 13 3 where Ravens is the team's name, 13 is number of team wins, and 3 is the number of team losses, the output is: Congratulations! Team Ravens has a winning average!   If the input is Angels 80 82, the output is: Team Angels has a losing average. The template provided is this: #include <iostream>#include <string>#include "Team.h"using namespace std; int main(int argc, const char* argv[]) {string name;int wins;int losses;Team team; cin >> name;cin >> wins;cin >> losses; team.SetTeamName(name);team.SetTeamWins(wins);team.SetTeamLosses(losses); if (team.GetWinPercentage() >= 0.5) {cout << "Congratulations, Team " << team.GetTeamName() <<" has a winning average!" << endl;}else {cout…

Define a header file named BST.h. In this header file, declare your BST class./*** header file BST.h*/class BST {private:struct TreeNode {int val;TreeNode* left;TreeNode* right;};TreeNode* root;// private function declarations here....public:// public function declarations here...} (C++)

C++ please

In C programming!! Function prototype and implementation for the calculateDivisors function that takes in an integer parameter, calculates the sum of its divisors, and returns that sum (as an integer value) A structure that represents what is represented on each line of output, e.g., o Linenumbero Sumofthedivisorsforthatlinenumbero Characterarraycontaining“Perfect”,“Deficient”,or“Abundant” Pointer declared within the main that will be used to point to an area of memory containing a collection of these structs Dynamically allocated memory for the number of structs necessary You will assign values to each struct via the pointer A loop that goes from X to Y, where X and Y are the numbers inputted by the user at the command line argumento Note:becausetheuserisenteringinputhere,youwillneedtocheckforreasonableness: § The value of X must be greater than or equal to 2§ The value of Y must be greater than the value of X§ If either one of the above conditions are not met, you should…

Topical Information Use C++. This lab will help you practice with dynamic memory (NOT mixed with classes). Program Information Heat flow through a rod can be simulated fairly easily in a computer program. We can simulate the rod using an array of temperatures. The rod begins all at the same temperature (user determined), but holding some position(s) of the rod at constant temperature (holding a match or ice cube to the rod) provides a [set of] heat source(s) (or sink(s)). To update the temperature at each time step (second?), you take the average of the positions on each side from the previous time step (and at the current position). For instance, if the following was the initial state of the rod: +------+------+------+------+------+------+------+------+  |   10   |   10    |   10   |   10    |   10   |   10   |   10   |   10    | +------+------+------+------+------+------+------+------+ And then the user specifies that there is a heat source at the left end of 100 degrees:…

OZ PROGRAMMING LANGUAGE Develop a function {MapTuple T F} that returns a tuple that has the same width and label as the tuple T with its fields mapped by the function F. For example, local fun {Sq X} X*X end in {MapTuple a(1 2 3) Sq} end should return a(1 4 9). Hint: A tuple is constructed with {MakeTuple L N}, where L is the label and N is the width of the tuple.

Write a C++ program, you will create a class called Books to hold the information about the books in a library. The information required for each book is as follows Book Title Author name Publisher Publish year Subject Book ID (identical 5 digits’ number) Implement the following getBookInfo () member function that receives a pointer to a book and fills it up with user data. User input validation is necessary. The user should be properly prompted for each field. void getBookInfo (Books *b) Implement the following printBookInfo () member function. void printBookInfo (Books *b) Your function should print the book in the following format: Book Title : Object Oriented Programming Using C++ Author : Chris M. Szalwinski Publisher : Amazon Year : 2016 Subject : Computer Science Book Id : 00034 Note: You need to add required constructors/destructors, member functions or data members/variables in your program to complete its execution. //Missing lines of codes to be completed by the student }…

C++ Code Step 1: Preparation For the moment, "comment out" the following under-construction code: In dynamicarray.h: All function prototypes except the constructors and destructor. Keep the member variables (but we will be replacing them shortly). In dynamicarray.cpp: All function implementations except the constructors and destructor. You should also remove (not just comment out) INITIAL_CAP, and replace it with a hard-coded 10 inside the default constructor. This will also eventually go away. In main: Comment out all the code inside the RunPart1Tests function between the linesbool pass = true; and return pass; • Also in main: Comment out all the code in the main function starting with the "Equality comparison" comment and just before the "return 0;" line. Step 2: Replacing member data and the two constructors You're going to replace the current member data (arr, len, and capacity) with a single vector of integers. Remember that vectors keep track of their own size and capacity, so…