Fill-in-the-Blank A constructor whose parameters all have default values is a(n) _________ constructor.

#include <iostream>using namespace std;class Player{private:int id;static int next_id;public:int getID() { return id; }Player() { id = next_id++; }};int Player::next_id = 1;int main(){Player p1;Player p2;Player p3;cout << p1.getID() << " ";cout << p2.getID() << " ";cout << p3.getID();return 0;} Run the program and give its output.

Using C++ define the class called Student. The Student class has the following:  Private data members: name(string), age(int), units(int). The units represent the number of quarter units student is enrolled in. Define a default constructor as well as a constructor with parameters for the class Student. The class must have get and set functions for all private data members. The set function for the data member units must throw “out_of_range” exception if the number of units is not between 1 and 15.  Include a function called tuition (double feePerUnit) that computes and returns the cost of registering for the number of units (in the private data member). The function receives the cost per unit as a parameter. Overload the operator (<<) to display student name and age. Test the class Student by writing a main program in which a Student object is created and displayed. Call the function tution(), you may pass any value as feePerUnit parameter to this function and display the…

Fill-in-the-Blank Object composition is useful for creating a(n) __________ relationship between two classes.

#include <iostream>using namespace std;class Player{private:int id;static int next_id;public:int getID() { return id; }Player() { id = next_id++; }};int Player::next_id = 1;int main(){Player p1;Player p2;Player p3;cout << p1.getID() << " ";cout << p2.getID() << " ";cout << p3.getID();return 0;} Run the program and give its output.

Double Bubble For this exercise you need to create a Bubble class and construct two instances of the Bubble object. You will then take the two Bubble objects and combine them to create a new, larger combined Bubble object. This will be done using functions that take in these Bubble objects as parameters. The Bubble class contains one data member, radius_, and the corresponding accessor and mutator methods for radius_, GetRadius and SetRadius. Create a member function called CalculateVolume that computes for the volume of a bubble (sphere). Use the value 3.1415 for PI. Your main function has some skeleton code that asks the user for the radius of two bubbles. You will use this to create the two Bubble objects. You will create a CombineBubbles function that receives two references (two Bubble objects) and returns a Bubble object. Combining bubbles simply means creating a new Bubble object whose radius is the sum of the two Bubble objects' radii. Take note that the CombineBubbles function…

Two data members: feet(int) and inches(float) Two overloaded constructors: one that takes no argument and the other that takes two arguments. Zero argument constructor initializes data members from 0 whereas two argument constructor initializes data members from the passed arguments. Two getters and two setters corresponding to two data members. A member function named toDecimal that converts a distance to decimal, e.g., if a distance equals 2 feet and 6 inches then it would become 2.5 in decimal. A member function named toString that returns a string representation of a distance, e.g., if a distance equals 2 feet and 6 inches then the corresponding string representation should be 2’-6”. by using C++

/ CONSTANT//   static const int DEFAULT_CAPACITY = ____//     IntSet::DEFAULT_CAPACITY is the initial capacity of an//     IntSet that is created by the default constructor (i.e.,//     IntSet::DEFAULT_CAPACITY is the highest # of distinct//     values "an IntSet created by the default constructor"//     can accommodate).//// CONSTRUCTOR//   IntSet(int initial_capacity = DEFAULT_CAPACITY)//     Post: The invoking IntSet is initialized to an empty//           IntSet (i.e., one containing no relevant elements);//           the initial capacity is given by initial_capacity if//           initial_capacity is >= 1, otherwise it is given by//           IntSet:DEFAULT_CAPACITY.//     Note: When the IntSet is put to use after construction,//           its capacity will be resized as necessary.//// CONSTANT MEMBER FUNCTIONS (ACCESSORS)//   int size() const//     Pre:  (none)//     Post: Number of elements in the invoking IntSet is returned.//   bool isEmpty() const//     Pre:  (none)//…

// CONSTANT//   static const int DEFAULT_CAPACITY = __10__//     IntSet::DEFAULT_CAPACITY is the initial capacity of an//     IntSet that is created by the default constructor (i.e.,//     IntSet::DEFAULT_CAPACITY is the highest # of distinct//     values "an IntSet created by the default constructor"//     can accommodate).//// CONSTRUCTOR//   IntSet(int initial_capacity = DEFAULT_CAPACITY)//     Post: The invoking IntSet is initialized to an empty//           IntSet (i.e., one containing no relevant elements);//           the initial capacity is given by initial_capacity if//           initial_capacity is >= 1, otherwise it is given by//           IntSet:DEFAULT_CAPACITY.//     Note: When the IntSet is put to use after construction,//           its capacity will be resized as necessary.//// CONSTANT MEMBER FUNCTIONS (ACCESSORS)//   int size() const//     Pre:  (none)//     Post: Number of elements in the invoking IntSet is returned.//   bool isEmpty() const//     Pre:  (none)//…