Just wanted to drop a quick note to say a massive thanks for helping me survive discrete math! Your videos made the whole semester way less confusing, and I’m feeling pretty good about the final tomorrow.
Thank you so much for all this content you provide us with! You speak clearly and explain in detail, and you actually work through some not very easy problems, which is rare these days on youtube. This helps me a lot, since I'm physics and computer science student. It's bad that you don't have a lot of views, and I hope it will not put you off from creating more of these amazing lectures. Cheers!
Hello professor Brehm, just wanted to say thanks a ton. Went back to school after 10 years for a degree in CS, was very nervous about this course. Thanks to your videos, I have a 96% average in the class going into the finals. Thank you for your clear and thorough explanations. Couldn't have done it without these. Keep up the amazing work! : )
So glad I could help! When I went back to school to get my masters degree, it had been 10 years since my bachelor's, so I didn't remember ANYTHING of upper-level math. Great job pushing through.
@@skyler0707 Thanks for the clarification. What I have in the video is actually correct, though I see that it seems counterintuitive. The wheel graph is made from the cycle graph of the same n-value. So even though W3 has 4 vertices, it is named that way for the relationship to C3. image.slidesharecdn.com/1rajat-150422191820-conversion-gate02/95/graph-theory-17-638.jpg?cb=1429730333
I can't believe this level of content is free. Your students are beyond lucky. Thank you so much.
You are a legend thank you. I dont understand most things the professors say at uni, but from you I understand everything
Just wanted to drop a quick note to say a massive thanks for helping me survive discrete math! Your videos made the whole semester way less confusing, and I’m feeling pretty good about the final tomorrow.
Good luck on your final exam!
Thank you so much for all this content you provide us with! You speak clearly and explain in detail, and you actually work through some not very easy problems, which is rare these days on youtube. This helps me a lot, since I'm physics and computer science student. It's bad that you don't have a lot of views, and I hope it will not put you off from creating more of these amazing lectures. Cheers!
Hello professor Brehm, just wanted to say thanks a ton. Went back to school after 10 years for a degree in CS, was very nervous about this course. Thanks to your videos, I have a 96% average in the class going into the finals. Thank you for your clear and thorough explanations. Couldn't have done it without these. Keep up the amazing work! : )
So glad I could help! When I went back to school to get my masters degree, it had been 10 years since my bachelor's, so I didn't remember ANYTHING of upper-level math. Great job pushing through.
Your abilities ARE staggering. I am in love with my virtual discrete math teacher.
Aww thanks 😊
Thank you so much mam . I can't believe this level of content is for free 😮this is really helping me a lot 🙂 thx for your efforts
Thank you so much. This helps a lot. Keep making knowledgeable videos like this. You are one of the best teacher
Final chapter of the term Graph Freaking Theory haha. Awesome videos as usual
what a lovely professor
Great Work KIMBERLY mam!
Big thanks madam, it was quite helpful.
Can you plz tell me how many types in Special Types of Graphs quickly
You could watch the video...:)
Thank you!
It is Good, but you made a mistake on a wheel graph
What mistake?
@@skyler0707 Thanks for the clarification. What I have in the video is actually correct, though I see that it seems counterintuitive. The wheel graph is made from the cycle graph of the same n-value. So even though W3 has 4 vertices, it is named that way for the relationship to C3. image.slidesharecdn.com/1rajat-150422191820-conversion-gate02/95/graph-theory-17-638.jpg?cb=1429730333
I love you mama
thanks
Quenn of the discrete math😇
c4