Oh snap! I was stuck on a problem because I didn't understand error propagation. Then I stumbled upon this video and you did the same exact problem I was stuck on. Haha, thanks for this! I understand it completely now!
İ dont even know how i could understand this video(cause my bad english and although I don't understand this topic in my own language) but i know that: YOU ARE A GREAT TEACHER MAN! thx from Turkey
This video is still helping students 11 years later, maths is fun when you understand so thank you.
I missed a lesson of Calc and this ancient-ass video is my savior
Fantastic job! Really humble and engaging way of helping us make sense of these concepts.
Oh snap! I was stuck on a problem because I didn't understand error propagation. Then I stumbled upon this video and you did the same exact problem I was stuck on. Haha, thanks for this! I understand it completely now!
great video, I was so confused with propagated error until I saw this, thank you!
İ dont even know how i could understand this video(cause my bad english and although I don't understand this topic in my own language) but i know that: YOU ARE A GREAT TEACHER MAN! thx from Turkey
Thank you. This video needs 1,000,000+ views. Not 657.
i aint skipping ads for you man
Thank you, your a great teacher!!
Thanks so much. Amazing explanation.
Can we use limits to justify differentials?
This helped me so much! Thank you
just for clarification this is approximating the error with differentials the actual error is slightly off right?
What software did u use??? Please tell me
Why does this guy sound like Leonardo Dicaprio, anyone else notice lol
Thx this helped me a lot!
what do you do if the sides are different lengths?
Instead of x^2, you'd differentiate x * y, where y = the other side length
Quite helpful, cheers!
ur the goat
Wow It’d really suck if this guy taught me math
thank u so much
Thank you very much :D
Are u god?!?