Challenge activity 7.6.1: Constructor overloading. Write a second constructor as indicated. Sample output:User1: Minutes: 0, Messages: 0User2: Minutes: 1000, Messages: 5000#include using namespace std;class PhonePlan{public:PhonePlan();PhoneP lan(int numMinutes, int numMessages);void Print() const;private:int freeMinutes;int freeMessages;};

#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;

return;

}

PhonePlan::PhonePlan(int numMinutes, int numMessages) {

freeMinutes = numMinutes;

freeMessages = numMessages;

return;

}

void PhonePlan::Print() const {

cout << "Minutes: " << freeMinutes << ", Messages: " << freeMessages << endl;

return;

}

int main() {

PhonePlan user1Plan;

PhonePlan user2Plan(1000, 5000);

cout << "User1: ";

user1Plan.Print();

cout << "User2: ";

user2Plan.Print();

return 0;

}

Explanation:

The C++ source code has a defined class called "PhonePlan" with a default constructor which initializes the phone time and messages of a user to zero and another constructor method which assigns the "numMessages" and "numMinutes" to the user messages and minutes and displays it in the console.

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