Transitive relation | Discrete mathematical structures By Infee Tripathi

In this course of Discrete Mathematical structure we will serve all the topics asked in a LT Grade, GATE, UGC NET, KVS, NVS, DSSSB and any other TGT/PGT competitive examination in the easiest way.
What you'll find @infeepedia :
Clear Explanations
Practice Problems with Solutions
Commonly Asked Questions
Exam Strategies and Approaches
What you can contribute:-
Subscribe to our channel,
hit the notification bell 🔔,
Give us a thumbs up 👍
Share this valuable resource with your fellow competitors to help them succeed too!
Connect with us at:
facebook: www.facebook.c...
Telegram group: t.me/ xCW17MS0Hn41NDI9
Telegram Channel: t.me/infeepedia1
Digital logic design playlist:
www.youtube.co...
In this series we are going to cover:
Set Theory: Sets, subsets, and set operations.
Set equality and set cardinality.
Universal sets and complements.
Venn diagrams. relation:- reflexive ,irreflexive symmetry, antisymmetry, Asymmetry, transitive, equivalence, inverse, complement etc
Graph Theory:
Basics of graphs, vertices, and edges.
Types of graphs (e.g., trees, bipartite graphs).
Graph isomorphism.
Graph traversal algorithms (e.g., depth-first search, breadth-first search).
Combinatorics:
Permutations and combinations.
Pigeonhole principle.
Relations and Functions:
Binary relations and equivalence relations.
Partial orders and lattices.
Functions, injections, and surjections.
Composition and inverse functions.
Logic: Propositional logic.
Predicate logic.
Logical equivalences and quantifiers.
Formal proofs and proof techniques.
Counting and Enumeration:
Combinatorial problems (e.g., permutations with restrictions, combinations with repetitions).
Recurrence Relations:
Set Algebra: Operations on sets, laws of set theory.
De Morgan's Laws.
Set partitions and power sets.
Combinatorial Graph Theory:
#infeepedia #digitallogicdesign #numbersystem #computer #Ltgradecomputer #CompetitiveExams, #youtubeshort #sarkarinaukri #ltgrade
Stay tune with Infeepedia to dive in digital logic design, computer organization, discrete mathematics, operating systems, computer networks, C language, data structures using C, software engineering, Python, object-oriented programming concepts, system analysis design, HTML, JavaScript, CSS, web technology, information security, and database management systems and many more subjects.....

[@utkarshsingh2782]

GD evening mam