I spent a literal hour hopelessly working on deriving the voltage as a function of time equation because I'd never had to do this type of problem in the class before, since I'm not even in the calculus-based course. I still don't really understand it, but at least I have the answer. God bless this man.

This guys is legend, he knows a lot of different things, and gives awesome lectures on top of that!

Exactly what i wanted, you explained what others skipped

Thank you very much.You helped me a lot.

thanks a whole lot for making these videos!!!!! I mean it!!thank you...these lectures have been very very helpful to me..because before I used to suck at physics but now I rock thanks to you and selected others.. so,thank you for making these videos. and please keep making useful videos like these...thank you very much!

Very nice . Thank you.

Very nice lecture..... awesome handwriting........

why i learned that the discharging equation is i(t)=i(∞ )+Δi*e^(-t/τ ) instead of i(t)=i*e^(-t/τ ) and HOW can i prove the equation i(t)=i(∞ )+Δi*e^(-t/τ ) ?

Bro next energy on the capacitor power used integration video pls upload.