RGPV Previous Question Papers BE 3rd Sem Object Oriented Programming Methodology June 2006

RGPV Previous  Question Paper BE 3rd Semester

Object oriented Programming Methodology June 2006

(Common for CS,EC/IC&IT Engg.)


Note: Attempt any five questions.

All question carry equal marks.

1. (a)  What are the major problems associated with object orientation ? Explain by given example.

(b)  Compare global, automatic and static objects Write a program in C+ + to demonstrate the

creation and use of dynamics object.

2. (a)  What is aggregation ? Explain its properties and various types .

(b)   Define the following:

(i)  Abstract classes    (ii) Meta data    (iii) Object orientation

3.  (a)  What is importance of copy constructor ? Under which circumstance explicit definition of copy

constructor is necessary? Explain by proper example.

(b)  What is meant by default arguments in C + +? Write a small program to demonstrate its use .

4. (a) What is importance of friend function in C + + ? Which operation cannot be overloaded by

using friend function and way ?

(b)  What is association? Give syntax structure of many to many association.

5. (a)  What is polymorphism ? What do you understand by runtime and compile time polymorphism? Write a program to demonstrate runtime polymorphism.

(b) Create a class called distance containing data members , meter centimeter and millimeter overload unary operation  + + and – – relative to distance class using member function. Write a program to include this class and display the result of + + and – – operation.

6.  (a) How method can be redefined and uses ? Give example

(b)  What is the importance of abstract base classes? Can be create objects class? Write  a

program to demonstrate it.

7.  (a)  What do you understand by conversion operator function ? How can be it be used in user defined conversation? Give example to explain it .

(b)  While creating virtual function for implementing late binding what basic rules should be


8. Write short notes on the following:

(i) Method lockup

(ii) Mandatory profiles

(iii) Recursive association

(iv) Private operation

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