strcpy()

strstr()

strchr()

Both (2) and (3)

strcmp()

#define

#

##

Both (2) and (3)

None of these

&

>>

delete

scope resolution operator (::)

new

signed

unsigned

long

short

Both (1) and (2)

malloc() is not used in C++.

malloc() is type-safe but new is not type-safe.

malloc() only allocates memory, while new operator allocates memory as well as constructs objects in C++.

Both (2) and (3)

None of these

Virtual function is used to achieve dynamic binding in C++.

We cannot instantiate the base class by defining pure virtual function in that class.

We cannot create a virtual function without definition inside the base class.

Both (2) and (3) are false.

None of these

Private and protected data members of the class can be accessed by defining the friend function.

Only protected data members of the class can be accessed by defining the friend function.

Only private data members of the class can be accessed by defining the friend function.

Only public and protected data members of the class can be accessed by defining the friend function.

None of these

A class is user-defined data type in C++, whereas a structure is not.

A class has private access specifier by default, whereas a structure has protected access specifier in C++.

A class has private access specifier by default, whereas a structure has public access specifier in C++.

Both (1) and (3)

Both (2) and (3)

LINE

FILE

TIME

DATE

All of the above

ios::in

ios::out

ios::ate

ios::app

None of these

We can use this variable in the member variable of the class.

This keyword is used to modify the const objects of the mutable data members.

This keyword is used to make the objects of data members as constant.

Both (1) and (2)

Both (1) and (3)

It is used to create an alias for a known data type.

typedef keyword can be used with unsigned char data type.

typedef keyword cannot be used to define an alias for a function.

Both (2) and (3)

None of these

C++ is an object-oriented language.

Encapsulation determines the binding of data variables and functions into a single unit.

Data abstraction is a design approach with implementation in C++.

Polymorphism can be achieved in C++ by virtual function.

None of these

A()

A::A()

~A()

Both (1) and (2)

All of the above

We cannot create virtual constructor in C++.

We cannot create virtual destructors in C++.

We can define pure virtual destructor also in our program.

Both (2) and (3)

Both (1) and (2)

<iostream>

<iomanip>

<fstream>

<stdio.h>

None of these

Static variables

Register variables

Extern variables

Auto variables

None of these

2

1

Compile time error

0

None of these

There is no multiple inheritance in C++.

C++ supports multilevel inheritance.

Hybrid inheritance is possible in C++.

Both (1) and (3)

None of these

signed

unsigned

Both (1) and (2)

float

None of these

This function instructs the compiler to insert copy of the code of that function at each point wherever that function is called at compile time.

To make a function inline, we should place inline keyword before that function.

Inline function reduces function calling overhead.

Inline function decreases the function size.

Inline function can make the header file size large.

Inline function cannot be used with small functions.

Inline function cannot be used in place of macros.

Inline function is not applicable for the complicated function.

Both (2) and (3)

All of the above

There are two types of overloading, i.e. function overloading and operator overloading in C++.

It is not necessary to initialise the static variables.

We can have a static virtual function in C++.

Both (2) and (3)

None of these

bool

void

wchar_t

enum

Both (3) and (4)

We cannot put a semicolon after the namespace definition.

A namespace definition can be applied to multiple files.

We can use namespace in the program by scope resolution operator.

Only (1) and (2)

All of the above