C++ Programming

[A]. C++ allows static type checking.
[B]. C++ allows dynamic type checking.[C]. C++ allows static member function be of type const.
[D]. Both A and B.

Answer: Option D

[A]. Encapsulation
[B]. Abstraction[C]. Composition
[D]. Inheritance

Answer: Option C

[A]. Declaring it abstract using static keyword.
[B]. Declaring it abstract using virtual keyword.[C]. Making at least one member function as virtual function.
[D]. Making at least one member function as pure virtual function.

Answer: Option D

[A]. Data hiding
[B]. Dynamic Typing[C]. Dynamic binding
[D]. Dynamic loading

Answer: Option C

[A]. A reference can never be null.
[B]. A reference once established cannot be changed.[C]. Reference doesn’t need an explicit dereferencing mechanism.
[D]. All of the above.

Answer: Option D

[A]. Operator overloading
[B]. Function overloading[C]. Templates
[D]. All of the above

Answer: Option D

[A]. Virtual polymorphism
[B]. Transient polymorphism[C]. Ad-hoc polymorphism
[D]. Pseudo polymorphism

Answer: Option C

[A]. Using C++ tables
[B]. Using Virtual tables[C]. Using Indexed virtual tables
[D]. Using polymorphic tables

Answer: Option B

[A]. Construct a new class
[B]. Construct a new object[C]. Construct a new function
[D]. Initialize objects

Answer: Option D

[A]. 1
[B]. 2[C]. 3
[D]. 4

Answer: Option B

Explanation:

The two main types of polymorphism are run-time (implemented as inheritance and virtual functions), and compile-time (implemented as templates).