Access method
Auxiliary storage management
Free integrity mechanism
None of the above
C. Free integrity mechanism
Virtual copying
Inheritance
Encapsulation
None of these
True
False
copy constructor
new
instantiation
none of the above
To allocate storage
To deallocate storage
To delete variable name
None of the above are correct
Automatic assignment of data to object during instantiation
Automatic call of a function
To declare a local variable
It is not a keyword in C++
Call-by-Reference
Call-by-Value
Call-by-Pointer
None of the above
10
20
55
there is an error in the program
early binding
run time binding
late binding
linking
public
friend
private
not possible
iostream
iofstream
ios
stdio
Two
One
No
None of the above
Access method
Auxiliary storage management
Free integrity mechanism
None of the above
From the point of definition onwards in the program
From the point of definition onwards in the function
From the point of definition onwards in the block
Throughout the function
True
False
True
False
True
False
True
False
In the object of which it is a member
In the class of which it is a member
In the object of the class of which it is a member
In the public part of its class
string constants in your program
program statements in string form
variables whose type is of string
none of the above
Are removed from memory when not in use
Permit data to be hidden from other classes
Bring together all aspects of an entity in one place
Can closely model objects in the real world
references are pointers
array of references can be created
you can not reference a reference variable
all of the above
that can not be inherited and accessed by a derived class
that can still be inherited and accessed by a derived class
that can be public
none of the above
True
False
True
False
Only from the base class itself
Both form the base class and from its derived classes
From the class which is friend of the base class
None of the above are correct
try block
throw exception
catch function
abort()
To dynamically allocate storage
To statically allocate storage
To allocate storage for a new variable
None of the above are correct
True
False
True
False
True
False