Discrete Mathematics - Vol 2 - Course and Syllabus
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Discrete Mathematics - Vol 2

Discrete Mathematics - Vol 2

This chapter delves into fundamental concepts and properties of graphs, including Ramsey numbers, articulation points, trees, self-complementary graphs, and regular graphs. A strong focus is placed on proving or disapproving specific propositions regarding graph properties while providing a theoretical framework for understanding these relationships. Key proofs are reinforced through various exercises and activities, which encourage deeper engagement with the material.

29 Chapters 4 weeks
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Course Chapters

Chapter 1

Introduction to Tutorial 4: Part I

Chapter 2

Introduction

Chapter 3

Countable and Uncountable Sets

Chapter 4

Module No # 05

Chapter 5

Countability of the set of all strings over a finite alphabet

Chapter 6

Module No # 05

Chapter 7

Cantor's Theorem

Chapter 8

Uncomputable Functions

Chapter 9

Tutorial 5

Chapter 10

Basic Rules of Counting

Chapter 11

Permutation and Combination

Chapter 12

Combinatorial Proofs

Chapter 13

Counting Using Recurrence Equations

Chapter 14

Solving Linear Homogenous Recurrence Equations – Part I

Chapter 15

Solving Linear Homogeneous Recurrence Equations – Part II

Chapter 16

Valid Sequences Analysis

Chapter 17

Module No#08

Chapter 18

Subsequence Existence

Chapter 19

Lecture -39: Solving Linear Non- Homogeneous Recurrence Equations

Chapter 20

Catalan Numbers

Chapter 21

Catalan Numbers - Derivation of Closed Form Formula

Chapter 22

Counting Using Principle of Inclusion-Exclusion

Chapter 23

Full Binary Tree Definition

Chapter 24

Graph Theory Basics

Chapter 25

Introduction to Bipartite Graphs and Matching

Chapter 26

Proof of Hall's Marriage Theorem

Chapter 27

Various Operations on Graphs

Chapter 28

Vertex and Edge Connectivity

Chapter 29

Introduction to Tutorial 8