Differentiate between private and public members of a class in the context of Object Oriented Programming. Also, give a suitable example illustrating accessibility/non-accessibility of each using a class and an object in C++.

Differentiate between private and public members of a class in the context of Object Oriented Programming. Also, give a suitable example illustrating accessibility/non-accessibility of each using a class and an object in C++.

Observe the following C++ code and answer the questions (i) and (ii).
Note: Assume all necessary files are included.

class TEST
{
	long TCode;
	char TTitle[20];
	float Score;
public:
TEST()			//Member Function 1
{
	TCode=100;strcpy(TTitle,”FIRST Test”);Score=0;
}
TEST(TEST &T)      //Member Function 2
{
	TCode=E.TCode+1;
	strcpy(TTitle,T.TTitle);
	Score=T.Score;
}
};
void main()
{
_________________	//Statement 1
_________________	//Statement 2
}

(i) Which Object-Oriented Programming feature is illustrated by the Member Function 1 and Member Function 2 together in the class TEST?
(ii) Write Statement 1 and Statement 2 to execute Member Function 1 and Member Function 2 respectively.

Observe the following C++ code and answer the questions (i) and (ii). Assume all necessary files are included:

class FICTION
{
	long FCode;
	char FTitle[20];
	float FPrice;
public:
FICTION() //Member Function 1
{
	cout<<'Bought'<<endl;
	FCode=100;strcpy(FTitle,'Noname');FPrice=50;
}
FICTION(int C,char T[],float P) //Member Function 2
{
	FCode=C;
	strcpy(FTitle,T);
	FPrice=P;
}
void Increase(float P) //Member Function 3
{
	FPrice+=P;
}
void Show() //Member Function 4
{
	cout<<FCode<<':'<<FTitle<<':'<<FPrice<<endl;
}
~FICTION() //Member Function 5
{
	cout<<'Fiction removed!'<<end1;
}
};
void main()	 //Line 1
{               //Line 2
FICTION F1,F2(101,'Dare',75); 	//Line 3
for (int I=0;I<4;I++) 		//Line 4
{    //Line 5
	F1.Increase(20);F2.Increase(15); 	//Line 6
	F1.Show();F2.Show();  	//Line 7
}		//Line 8
}		//Line 9

Which specific concept of object-oriented programming out of the following is illustrated by Member Function 1 and Member Function 2 combined together?

1. Data Encapsulation
2. Data Hiding
3. Polymorphism
4. Inheritance

Observe the following C++ code and answer the questions (i) and (ii). Assume all necessary files are included:

class FICTION
{
	long FCode;
	char FTitle[20];
	float FPrice;
public:
FICTION()         //Member Function 1
{
	cout<<'Bought'<<endl;
	FCode=100;strcpy(FTitle,'Noname');FPrice=50;
}
FICTION(int C,char T[],float P) //Member Function 2
{
	FCode=C;
	strcpy(FTitle,T);
	FPrice=P;
}
void Increase(float P) //Member Function 3
{
	FPrice+=P;
}
void Show() //Member Function 4
{
	cout<<FCode<<':'<<FTitle<<':'<<FPrice<<endl;
}
~FICTION() //Member Function 5
{
	cout<<'Fiction removed!'<<end1;
}
};
void main() //Line 1
{               //Line 2
FICTION F1,F2(101,'Dare',75); //Line 3
for (int I=0;I<4;I++)                //Line 4
{                                             //Line 5
F1.Increase(20);F2.Increase(15); //Line 6
F1.Show();F2.Show();     //Line 7
}     //Line 8
}      //Line 9

How many times the message 'Fiction removed!' will be displayed after executing the above C++ code? Out of Line 1 to Line 9, which line is responsible to display the message 'Fiction removed!'?

Write the definition of a class METROPOLIS in C++ with the following description:

Private Members

-Mcode       //Data member for Code (an integer)
-MName    //Data member for Name (a string)
-MPop      //Data member for Population (a long int)
-Area      //Data member for Area Coverage (a float)
-PopDens //Data member for Population Density (a float)
CalDen()//A member function to calculate
           //Density as PopDens/Area

Public Members

-Enter() //A function to allow user to enter values of
            //Mcode,MName,MPop,Area and call CalDen()
           //function
-ViewALL()//A function to display all the data members
               //also display a message ”Highly Populated Area”
             //if the Density is more than 12000