The Laplacian in Polar Coordinates

We derive the Laplacian in polar coordinates.
#MikeDabkowski, #ProfDabkowski, #mikethemathematician , #calc3

[@manuelodabashian1089]

The best explanation I have come across! Just a little slower

[@mikethemathematician]

@manuelodabashian1089 Thanks! I always go to fast as math is so exciting!

[@yashrai2129]

Video is very nice

[@mikethemathematician]

@yashrai2129 Thank you very much!

[@mdhujayfa5225]

thanks sir

[@FintRublomax]

Awesome explanation, thank you very much.

[@mikethemathematician]

@FintRublomax I am glad it helped you!

[@unknown-nf5sf]

Can u make Laplace equation in polar coordinates for three dimension??

[@lucascorrea4119]

You're probably either looking for spherical or cylindrical coordinates. For cylindricals, it is not really that different from polar, and for Sphericals, there's a video here on the chanel for it.

[@CFaye-dp7nm]

very helpful video

[@mikethemathematician]

@CFaye-dp7nm I am glad that it helped you!

[@Prashanth-yn9zd]

Previous video: czcams.com/video/c4LTdWgKREM/video.htmlsi=6LMm2CauqDLvyKfF

[@amaan8303]

At 00:09 which previous video is it?

[@mikethemathematician]

czcams.com/video/c4LTdWgKREM/video.htmlsi=6LMm2CauqDLvyKfF

[@amaan8303]

@@mikethemathematician thanks

[@armanavagyan1876]

PROF chain is chainise???)))