Differentials: Propagated Error

[@theanimal8000]

This video is still helping students 11 years later, maths is fun when you understand so thank you.

[@Minstorm34]

I missed a lesson of Calc and this ancient-ass video is my savior

[@WithASideOfFries]

Fantastic job! Really humble and engaging way of helping us make sense of these concepts.

[@Emmopsical]

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!

[@ryanevans3200]

great video, I was so confused with propagated error until I saw this, thank you!

[@alvegrande7398]

i aint skipping ads for you man

[@AhmadiyyatCentenary]

Thank you. This video needs 1,000,000+ views. Not 657.

[@talhapirci3149]

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

[@johnperez3454]

just for clarification this is approximating the error with differentials the actual error is slightly off right?

[@Humble233]

Thank you, your a great teacher!!

[@HoangNguyen-wv1qf]

What software did u use??? Please tell me

[@jadchaar713]

Thanks so much. Amazing explanation.

[@hakdokim]

This helped me so much! Thank you

[@danmeuse496]

what do you do if the sides are different lengths?

[@Nova-y3r]

Instead of x^2, you'd differentiate x * y, where y = the other side length

[@mattjones95]

Why does this guy sound like Leonardo Dicaprio, anyone else notice lol

[@STUDY-x1y]

ur the goat

[@titoflash1212]

Thx this helped me a lot!

[@chronic295]

Quite helpful, cheers!

[@julianjechart2996]

thank u so much

[@dayeongE]

Thank you very much :D

[@talhapirci3149]

Are u god?!?

[@haleycrabbe6565]

Wow It’d really suck if this guy taught me math