Data Structures and Algorithms (DSA)

we’ve put together this cool collection of multiple-choice questions—organized by chapters—that dive into the essentials: think about fundamental data structures, the nitty-gritty of algorithm design, understanding complexity, optimization tricks, and real-world applications of these concepts across a bunch of computational challenges.

8 Lessons
4 Hours
Beginner
01
Object-Oriented Concepts

This section focuses on the MCQs Based on fundamentals of object-oriented programming (OOP) principles.

30 min Beginner
02
Basics of C++ and There Classes & Object

This section is Covered the MCQs on basics of C++, constructors, destructors, member functions, access specifiers, and use classes and objects.

30 min Beginner
03
Analysis of Algorithms

Test your understanding of algorithm efficiency with our Analysis of Algorithms MCQs. These questions cover time and space complexity, Big O notation, algorithm classification, and performance analysis.

30 min Beginner
04
Searching and Sorting Algorithms

Dive into the essentials of algorithmic techniques with our MCQs on Searching and Sorting Algorithms. These questions cover everything from linear search and binary search to bubble sort, insertion sort and merge sort.

30 min Beginner
05
Elementary Data Types Arrays, Linked Lists

Strengthen your programming foundation with our Elementary Data Types MCQs. These questions examine integers, floating-point numbers, characters, booleans, and their operations.

30 min Beginner
06
Stacks and Queues

Deepen your understanding of abstract data types with our Stacks and Queues MCQs. These questions focus on LIFO and FIFO principles, operations and implementations

30 min Beginner
07
Trees

Discover how to navigate hierarchical structures with our Trees MCQs! These questions dive into binary trees, BSTs, AVL trees, traversal algorithms, and tree operations.

30 min Beginner
08
Graphs

Master complex relationships with our Graphs MCQs. These questions cover graph representations, traversal algorithms, shortest path problems, minimum spanning trees, and application scenarios—critical.

30 min Beginner