Videos where you introduce a new definition and work with a graph to demonstrate it are some of my favorites! Don't get me wrong, the other videos, including ones with proofs, are really nice, but there's just something about a sense of fresh exploration 👍
Having my Graph Theory exam in 2h. I have pretty bad ADHD (esp in sense of hyperactivity), so I am not able to sit through more then 30-35 mins of lec, and most of them 2-3 h. Your course literally saved me + it covers everything in lectures but in much greater detail. Thank you very much!!!!!
@@WrathofMath Thank you very much again! Without you I would never be able to make myself read that book and actually understand material! I’ve written the exam already and it’s either a complete success or a misery, but I’ve passed for sure, which is good considering it’s advanced math
Can you please help me with the following question: Let G be a simple graph with 3n^2 vertices ( n>=2). It is known that the degree of each vertex of G is not greater than 4n , there exists at least a vertex of degree one , and between any two vertices, there is a path of length
Nice and straight to the point. Good job.
swankiest graph theory lessons for sure !!!! thank you so much..
No problem - thanks for watching and let me know if you ever have any lesson requests!
Videos where you introduce a new definition and work with a graph to demonstrate it are some of my favorites! Don't get me wrong, the other videos, including ones with proofs, are really nice, but there's just something about a sense of fresh exploration 👍
Having my Graph Theory exam in 2h. I have pretty bad ADHD (esp in sense of hyperactivity), so I am not able to sit through more then 30-35 mins of lec, and most of them 2-3 h. Your course literally saved me + it covers everything in lectures but in much greater detail. Thank you very much!!!!!
I'm so glad to have helped and I hope the exam goes/is going/went well!
@@WrathofMath Thank you very much again! Without you I would never be able to make myself read that book and actually understand material! I’ve written the exam already and it’s either a complete success or a misery, but I’ve passed for sure, which is good considering it’s advanced math
If you don't mind my asking, how'd the exam go?
@@PunmasterSTP if i remember correctly, i got 65-70, which ig is not bad for UofT
@@nicolasnicolas6370 Oh awesome, I'm glad to hear it!
One of the best , simple and crisp
Thank you, glad it was clear! If you're looking for more graph theory, check out my playlist!
th-cam.com/play/PLztBpqftvzxXBhbYxoaZJmnZF6AUQr1mH.html
@@WrathofMath sure
You're carrying me on my graph theory rn, ngl
Glad to help - thanks for watching and good luck in the course!
Out of curiosity, how'd the rest of your graph theory class go?
You are amazing, I am from Iraq, your explanation helped me a lot in understanding the graph theory, may God bless you
Thank you! So glad it helped!
@@WrathofMath I would like to write to you regarding some issues and questions. Is there an account to communicate with you, please? 🙏
Please, please, please make a video about eccentricity of a digraph
you are awesome a teachers that can explain
Thank you! Check out my graph theory playlist if you're looking for more! th-cam.com/play/PLztBpqftvzxXBhbYxoaZJmnZF6AUQr1mH.html
Thank you
You're welcome!
absolutely amazing
Can you please help me with the following question:
Let G be a simple graph with 3n^2 vertices ( n>=2). It is known that the degree of each vertex of G is not greater than 4n , there exists at least a vertex of degree one , and between any two vertices, there is a path of length
Art thou spotted dicking around.
You got BIG Brain.
Thanks for watching! It's not all about BIG brain, it's mostly BIG study!
indeed
Values like anatomy.
thank you of iraq ❤
Glad to help!
NERDDDD
Do nerds have flow this buttery though? th-cam.com/users/shorts2eDl0IK2hfI?feature=share