Graphs and Graph Models
Graph Theory is a very important concept in mathematics and computer science. A lot of algorithms are based on graphs. The graph is a non-linear data structure, though it look like a tree, it is not the same. A graph is made of nodes and edges. We are now ready to define graphs.
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Discrete Mathematics – Theory, Examples, and Practice Problems
Discrete Mathematics is a core subject for Computer Science, Information Technology, Engineering, and Science curricula. It plays a crucial role in GATE, UGC NET, and university semester examinations, forming the foundation for problem-solving and analytical thinking.
On this page, you will find structured learning resources for Discrete Mathematics, with clear explanations, worked examples, and exam-oriented revision material.
What Will You Learn?
On this page, you will find:
- Core Discrete Mathematics concepts explained step by step
- Problem-solving techniques with solved examples
- Exam-oriented explanations for competitive and university exams
- Practice problems and MCQ-based questions
- Detailed articles along with exam-ready revision PDFs
This Page Is For:
- Computer Science, IT, and Engineering students
- GATE, UGC NET, and other competitive exam aspirants
- University semester exam preparation
- Self-learners who want to understand, practice, and revise Discrete Mathematics
Topic Sections
Find Discrete Mathematics topics organized chapter-wise and concept-wise below.
(1) Mathematical Logic
(2) Methods of Proof
(3) Sets Relations and Functions
(4) Boolean Algebra
(5) Number Theory and Cryptography
(6) Counting Techniques (Combinatorics)
(7) Recurrence Relations
(8) Graph Theory
(9) Trees
(10) Probability
(11) Algebraic Structures
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