Answer the questions (i) to (iv) based on the
following code :
class Teacher
{ char TNo[5], TName [20], Dept[10];
int Workload;
protected:
float Salary ;
void AssignSal (float) ;
public:
Teacher ( );
void TEntry ( ) ;
void TDisplay ( ) ;
};
class student
{
char Admno[10], SName [20], Stream [10];
protected:
intAttendance, TotMarks;
public:
Student ( );
void SEntry ( ) ;
void SDisplay ( ) ;
};
class School: public Student, public Teacher
{
char SCode [10], SchName [20] ;
public:
School ();
void SchEntry ( ) ;
void Schfrisplay ( ) ; };
(i) Which type of Inheritance is depicted by the above example?
(ii) Identify the member function(s) that cannot be called directly from the objects of class School from the following:
TEntry ()
SDisplay( )
SchEntry( )
(iii) Write name of all the member(s) accessible from member functions of class School.
(iv) If class School was derived privately from class Teacher and privately from class Student; then, name the member function(s) that could be accessed through objects of class school.

Given the following set of definitions:
class x { :
};
class y : public x
{;
};
class z : public y
{;
};
(i) What order will the constructors and destructor's be invoked in?

Given the following set of definitions. What data
members and functions are directly accessible by
the functions mentioned here?
void inform(void):
class x {
int a;
float b,
void init(void);
public:
char ch; void gett(void)
protected:
doublet;
void get amt (void) ;
friend void A (void);
};
class y: public X
{
intx;
public;
intj;
void readit(void) ;
protected :
void inform (void);
friend void B (void);
};
void display (void);

Write the output of the following program.
# include < iostream >
class person
{ 
Public:
string profession;
int age;
Person() Profession ("unemployed"),
age (16) {}
void display ( )
{
cout-<<"My profession is:
"< cout-<< "My age is: "<< age< walk ();
talk ();
}
void walk()
{ cout-<< "I can walk" < }
void talk ()
{cout-<< "I can talk" < }
};
Class Teacher: Public Person
{
Public:
void teachrnaths ( )
  {cout-<< "I can teach Maths" <   }
};
Class Player: Public Person
{
  Public:
  void play football ( )
{ cout-<< "I can play football" < }
int main ()
{
Teacher t1;
t1.profession = "Teacher"
t1. age = 24 ;
t1. display ( ) ;
t1. teachmaths( );
Player f1;
f1. profession -= "footballer"
f1. age = 21
f1. display ( ) ;
f1. play football ( ) ;
return 0;
}

Write the output of the. following program.
#include< iostream >
using namespace std;
class base
{
public:
base( )
{
cout<<"\nConstructor of base class ...";
}
~base( )
{
cout << "\nDestructor of base class .... ";
}
} ;
class derived:public base
{
public:
derived()
{
cout << "\nConstructor of derived ...";
}
~derived( )
{
cout << "\nDestructor of derived ...";
}
};
class derived 1 :public derived
{
public:
derived1( )
{
cout << "n\nConstructor of derivedl ...";
}
~derived 10
{
cout << "\nDestructor of derivedl ...";
}
};
int main ()
{
derived 1 x;
return 0;
}