I get it. All of it in the videos up to this point. What I don't get is how the Professor makes Discrete Math seem so simple and straightforward. I feel like I could take this class and ace it.Probably not, but I'm going to hold on that irrational confidence and continue to act like I am unlocking Math.
Finishing my last class (Theory of Computation) for my master's in computer science and have been a bit concerned about my proof abilities. These videos are so incredibly helpful, thank you!
Do we have to prove two cases because of "if and only if"? The video proved that n is element of A and B and is a multiple of 6. Do we have to go backward like n is a multiple of 6 and is in the set of A and B? The video didnt show the backward way or im missing something?
I get it. All of it in the videos up to this point. What I don't get is how the Professor makes Discrete Math seem so simple and straightforward. I feel like I could take this class and ace it.Probably not, but I'm going to hold on that irrational confidence and continue to act like I am unlocking Math.
that was clean at 2:28
Finishing my last class (Theory of Computation) for my master's in computer science and have been a bit concerned about my proof abilities. These videos are so incredibly helpful, thank you!
Do we have to prove two cases because of "if and only if"? The video proved that n is element of A and B and is a multiple of 6. Do we have to go backward like n is a multiple of 6 and is in the set of A and B? The video didnt show the backward way or im missing something?