4 formulas gets this one done

[@slavinojunepri7648]

Excellent

[@owl3math]

Thanks!

[@ashishraje5712]

Wondrrful

[@owl3math]

thanks Ashish!

[@sciencelover-c2j]

Can we apply integration by part for all polynomial sum ??

[@owl3math]

Hi. Do you mean partial fractions? I don’t think you can apply integration by parts on this.

[@sciencelover-c2j]

Actually, after repeating video two times finallyI get it .I mean I get why you derivative and integrate many tmes it just to get the same form to this (n x^n) without changing limits (1 to ♾️) @owl3math

[@doronezri1043]

Excellent video👏👏👏 I was waiting for differentiation and integration of the sum of geometric series! And was very satisfied 🍻

[@owl3math]

Thanks Doron! Yep exactly. And no Laplace transforms this time 🤣 Cheers 🍻