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- Herausgeber: Poorav Publications
- Kategorie: Wissenschaft und neue Technologien
- Serie: IGNOU BCA Unsolved Paper Books Series
- Sprache: Englisch
In the ever-evolving landscape of computer science, a strong command over data structures and file organization is essential for designing efficient, reliable, and scalable software systems. These concepts form the backbone of algorithm development and memory management, making them critical for students and professionals alike. To support learners in mastering these foundational topics, "IGNOU BCA Data and File Structure Previous Year Unsolved Papers MCS 021" offers a thoughtfully curated collection of unsolved question papers from previous IGNOU examinations.
This book is designed to encourage deep conceptual understanding and promote independent problem-solving. The questions span a wide array of topics including arrays, linked lists, stacks, queues, trees, graphs, hashing techniques, and file organization methods such as sequential, indexed, and direct access. Presented in an unsolved format, these papers challenge students to apply theoretical knowledge to practical problems, strengthening analytical skills and boosting exam preparedness. We hope this resource becomes a trusted companion in your academic journey, equipping you with the tools needed to succeed in both assessments and real-world computing challenges.
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Seitenzahl: 32
Veröffentlichungsjahr: 2024
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Preface
In the ever-evolving landscape of computer science, a strong command over data structures and file organization is essential for designing efficient, reliable, and scalable software systems. These concepts form the backbone of algorithm development and memory management, making them critical for students and professionals alike. To support learners in mastering these foundational topics, "IGNOU BCA Data and File Structure Previous Year Unsolved Papers MCS 021" offers a thoughtfully curated collection of unsolved question papers from previous IGNOU examinations.
This book is designed to encourage deep conceptual understanding and promote independent problem-solving. The questions span a wide array of topics including arrays, linked lists, stacks, queues, trees, graphs, hashing techniques, and file organization methods such as sequential, indexed, and direct access. Presented in an unsolved format, these papers challenge students to apply theoretical knowledge to practical problems, strengthening analytical skills and boosting exam preparedness. We hope this resource becomes a trusted companion in your academic journey, equipping you with the tools needed to succeed in both assessments and real-world computing challenges.
Table of Contents
Preface
Chapter 1: Term-End Examination, June- 2014
Chapter 2: Term-End Examination, December- 2014
Chapter 3: Term-End Examination, June- 2015
Chapter 4: Term-End Examination, December- 2015
Chapter 5: Term-End Examination, June- 2016
Chapter 6: Term-End Examination, December- 2016
Chapter 7: Term-End Examination, June- 2017
Chapter 8: Term-End Examination, December- 2017
Chapter 9: Term-End Examination, June- 2018
Chapter 10: Term-End Examination, December- 2018
Chapter 11: Term-End Examination, June- 2019
Chapter 12: Term-End Examination, December- 2019
Chapter 13: Term-End Examination, June- 2020
Chapter 14: Term-End Examination, February- 2020
Chapter 15: Term-End Examination, June- 2021
Chapter 16: Term-End Examination, December- 2021
Chapter 17: Term-End Examination, June- 2022
Chapter 18: Term-End Examination, December- 2022
Chapter 19: Term-End Examination, June- 2023
Chapter 20: Term-End Examination, December- 2023
Top of Form
Bottom of Form
MCS – 021
M. C. A. (REVISED)/B. C. A. (REVISED)
(MCA/BCA)
Chapter 1: Term-End Examination, June- 2014
MCS-021: DATA AND FILE STRUCTURES
Time: 3 Hours
Maximum Marks:100
Weightage: 75%
Note:(i) Question No. 1 is compulsory.
(ii) Answer any three Questions from the rest.
(iii) All algorithms should be written near to C language.
1. (a) Prove by induction that` 10
(i) The number of leaves in a binary tree of height 'h' are less than or equal to 2h.
(ii) The number of nodes in a full binary tree of height 'h' are equal to (2h+1-1).
(b) Write an algorithm to implement Doubly Linked List. 10
(c) Compare Heap sort and Quick sort with each other. 10
(d) Write an algorithm for addition of two Sparse Matrices. 10
2. (a) Write an algorithm for insertion sort. Write step by step working of the algorithm for
The following set of data. 43, 16, 11, 89, 32, 46, 1, 88 10
(b) What is a splay tree? Write the steps involved in a top-down splaying procedure. 10
3. (a) How is a circular queue better than a linear queue? Also, write functions for adding
and removing an element from the circular queue. 10
(b) Write an algorithm for implementing a singly linked list using arrays. 10
4. (a) Write prim's algorithm for constructing a minimum cost spanning tree and trace
algorithm on the following network. 10
(b) Discuss the various file organisation methods. Also, list the advantages and disadvantages
of each. 10
5. (a) Explain the depth first search algorithm with an example. 10
(b) What are Red-Black Trees? What is their significance ? 10
MCS – 021
M. C. A. (REVISED)/B. C. A. (REVISED)
(MCA/BCA)
Chapter 2: Term-End Examination, December- 2014
MCS-021: DATA AND FILE STRUCTURES
Time: 3 Hours
Maximum Marks: 100
Weightage: 75%
Note:(i) Question No. 1 is compulsory.
