IGNOU MCS-208 Assignment 2026–27 | Data Structures and Algorithms
Looking for the latest IGNOU MCS-208 Assignment for
the 2026–27 session? This page provides a complete overview of the
course, assignment details, submission information, key Data Structures and
Algorithms concepts, and FAQs to help you prepare your assignment with
confidence.
About MCS-208
MCS-208: Data Structures and Algorithms introduces students to the
fundamental data structures and algorithmic techniques used in software
development. The course focuses on organizing, storing, and processing data
efficiently using arrays, linked lists, stacks, queues, trees, graphs, sorting,
searching, recursion, and algorithm analysis. It helps students develop
problem-solving skills and write efficient programs for real-world computing
applications.
Assignment Details
|
Particular |
Details |
|
Course Code |
MCS-208 |
|
Programme |
PGDCA (New) |
|
Assignment Code |
PGDCA_NEW(II)/208/Assignment/2026-27 |
|
Submission Deadline |
31 October 2026 (July Session) / 30
April 2027 (January Session) |
This course covers the fundamentals of Data Structures and
Algorithms, including arrays, linked lists, stacks, queues, trees, graphs,
recursion, sorting and searching techniques, algorithm design, complexity
analysis, and efficient problem-solving methods.
IGNOU MCS-208 Data
Structures and Algorithms | Solved
Assignment 2026-27
There are four questions in this assignment, which
carry 80 marks. Each question carries 20 marks. Rest 20 marks are for viva
voce. All algorithms should be written nearer to C programming language. You
may use illustrations and diagrams to enhance the explanations, if necessary.
Please go through the guidelines regarding assignments given in the Programme
Guide for the format of presentation.
Question 1:
Write an algorithm to list the data fields of
the nodes of a binary tree by level. Within levels , nodes are to be listed
left to right.
Question 2:
Show that every tree is a bipartite graph.
Question 3:
Consider a hypothetical data object X1. X1 is a
linear list with the restriction that while additions to the list may be made
at either end, deletions can be made from one end only. Design a linked list
representation for X1. Write addition and deletion algorithms for X1. Specify
initial and boundary conditions for your representation.
Question 4:
Write an algorithm to list all the identifiers
in a hash table in lexicographic order. Assume the hash function f is f(X) =
first character of X and linear probing is used. How much time does your
algorithm take?
Frequently Asked
Questions
Q. What is MCS-208?
MCS-208 is Data Structures and Algorithms, a core
PGDCA course that introduces students to essential data structures, algorithms,
and techniques for efficient programming and problem-solving.
Q. What is the
assignment code?
PGDCA_NEW(II)/208/Assignment/2026-27
Q. How many marks is
the assignment worth?
The assignment carries 100 marks and contributes 25%
weightage to the final course evaluation.
Q. What is the
submission deadline?
- 31
October 2026
(July Session)
- 30
April 2027 (January
Session)
Q. What are the key
topics covered in MCS-208?
The course covers arrays, linked lists, stacks, queues,
trees, graphs, recursion, sorting and searching algorithms, algorithm design,
and time and space complexity analysis.
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