C++ CODE ONLY.  Challenge Activity 5.8.2 Constructor Overloading Write a second constructor as indicated. Sample output:User1: Minutes: 0, Messages: 0 User2: Minutes: 1000, Messages: 5000 #include using namespace std; class PhonePlan{    public:       PhonePlan();       PhonePlan(int numMinutes, int numMessages);       void   Print() const;    private:       int    freeMinutes;       int    freeMessages; }; PhonePlan::PhonePlan() {     // Default constructor    freeMinutes  = 0;    freeMessages = 0; } // FIXME: Create a second constructor with numMinutes and numMessages parameters. *********MISSING CODE GOES HERE. DO NOT CHANGE REST OF CODE PLEASE********************************8 void PhonePlan::Print() const {    cout << "Minutes: " << freeMinutes << ", Messages: " << freeMessages << endl; } int main() {    PhonePlan user1Plan;                // Calls default constructor    PhonePlan user2Plan(1000, 5000);    // Calls newly-created constructor    cout << "User1: ";    user1Plan.Print();    cout << "User2: ";    user2Plan.Print();    return 0; }

C++ CODE ONLY. 
Challenge Activity 5.8.2 Constructor Overloading

Write a second constructor as indicated. Sample output:User1: Minutes: 0, Messages: 0 User2: Minutes: 1000, Messages: 5000

#include <iostream>
using namespace std;

class PhonePlan{
   public:
      PhonePlan();
      PhonePlan(int numMinutes, int numMessages);
      void   Print() const;
   private:
      int    freeMinutes;
      int    freeMessages;
};

PhonePlan::PhonePlan() {     // Default constructor
   freeMinutes  = 0;
   freeMessages = 0;
}

// FIXME: Create a second constructor with numMinutes and numMessages parameters.

*********MISSING CODE GOES HERE. DO NOT CHANGE REST OF CODE PLEASE********************************8

void PhonePlan::Print() const {
   cout << "Minutes: " << freeMinutes << ", Messages: " << freeMessages << endl;
}

int main() {
   PhonePlan user1Plan;                // Calls default constructor
   PhonePlan user2Plan(1000, 5000);    // Calls newly-created constructor

   cout << "User1: ";
   user1Plan.Print();

   cout << "User2: ";
   user2Plan.Print();

   return 0;
}