Classes of Graph (Types of Graph)| Graph Theory #7

THANK YOU SO MUCH!!!

What about a free graph sir ?

awesome thank you for your explaination, You make it look easy

Your way of explanation is very useful and helpful to me sir

Really extraordinary

thankyou

It's really helpful to me

Sir please make video on simple and elementary path

Very clear

Sir.... will u pls do abstract algebra...

This is very good sir. We have understood the types of graphs clearly.
May you record some videos for graph isomorphism please
and
Algorithms for finding the shortest paths between vertices

Thanks for the video

Sir, please provide your playlist on graph theory topic

both are planar graph
since we draw one edge inside and other out side. then there is no intersection

Best teaching sir graph theory teaching kra fybsc cbcs pattern plz

Thank u sir😍

Please explain Star graph and cyclic graph

pwede bang sa school ka nalang namin magturo !!!!!!!!!!!! ngl but u r a lot better than my prof ksfjdsfgaushdciafdfsdrf

Excellent and super sir

Sir in real and complex analysis bsc final year
Riemann integral explain...and upload vedio

Crystal clear explanation...

Hello where can I contact you? I need some help for my reporting 🤧🥺

:)

Can you explain simple graph

Sir plz send all videos of graph theory links

You’re better than my prof, THANK YOU SO MUCH!!!

We can say that every complete graph is also a regular graph but convers is not true????

Sir types colour

Thanks for your nice lectures. May I know is an empty graph (a graph with no edges) a planner graph? How about graph G that is the union of an isolated vertex and a complete graph of order 2, is G planner? Thank you

Hi sir...ur way of explanation is excellent and very clear...i understand easily...congratulations....ur video very useful for my profession...thanks a lott

Hello. Really interesting. Learning too much. Kindly consider my request. Upload vedio for graph density and difference density.

Add De bruijn sequence, dual graph

If each vertex of one set conected to every vertex of other set in graph then it is the condition for Complete bipartite graph?? Instead for a bipartite graph? Is it not?

Hello dear teacher could you please add video on adding and delete new node/ edge in graph

thanku so much sir for clear all the concept

I have interest in the class

Thank you sir

nice keep it up

Your graph is complete bipartite graph

Explain union operations on different types of graphs

Thank you very much teacher ,i undestand well now these concepts

bro awesome lecture but can you remove that annoying music at the end.

sir can u plz post video on isomorphic graph

give cospectral graph

Nice sir

Super sir
I like ur classes...

five coloring thm

Sir, bipartite graph definition is wrong.. U said about complete bipartite graph definition instead of bipartite graph definition.