I like the old school ink and paper and the detailed explanation. I think you picked an example that had a bit too much arithmetic which isn't necessarily the purpose of the video, i.e. subtracting sixteenths, ending on an odd fraction etc. Would be easier to follow with a simpler example.
I like how you took your time to explain the details so no one gets left behind
this was amazing. You're a great teacher
Im here to thank you in behalf of egypt for your great contubition in solving my maths homework :D
I like the old school ink and paper and the detailed explanation. I think you picked an example that had a bit too much arithmetic which isn't necessarily the purpose of the video, i.e. subtracting sixteenths, ending on an odd fraction etc. Would be easier to follow with a simpler example.
Thank you sir. It really cleared all my doubts relating definite integrals ☺
Hey Mr. Elliott, just watched the vid, really good refresher on some calc stuff. I enjoyed it very much.
Glad you checked it out! :-)
so far so good
Well explained
good vid
Thank you for this. But how about it has 2 roots? Like X is equal to 3 and 4
Informative
Thank you for this!
You’re welcome!
thank you!
nice men i like the graph part :)
thank yoouu!
i don't understand the -2x^2-3 part ):
He integrated it by the basic rule:
int (x^n)dx = [x^(n+1)]/n+1