Easy way to write Gradient and Divergence in Rectangular, Cylindrical & Spherical Coordinate system

[@sciencedon3993]

excellent. finally i learned it. You are the best teacher in the world. thanks a lot sir!!! love you.

[@cepniumut]

this guy probably god no one is better than this guy

[@RFDesignbasics]

That's little too much.. Thanks BTW

[@reshminayak195]

Great video sir👍👍 very easy to memorize.

[@zadokegaming]

Good Keep it up....👍🏽👍🏽👍🏽👍🏽

[@chouhancreaters7289]

Sir, your teacher method so good..

[@kartheekpattigilli2759]

Great vedio sir,, thanks a lot

[@rahulrathorejiofficial]

Love it Buddy.. So Simple to Memorize this one❤️

[@DDK_Railway]

Awesome Sir 🙏

[@abhishekpolamarasetty5920]

Simply superb..thank you sir ☺

[@zuhairalsaffar7001]

Sir how could one thank you for your help and support us to understand that difficult part
Thank you so much 💓 💗 💕 💛 💖

[@utkarsh1883]

Amazing 👌 sir

[@RFDesignbasics]

Thanks a lot 😊

[@abdelghanibourenane5096]

great explanation sir thank you so much, but I couldn't understand why did you multiply and divide by row in cylindrical coordinates and by r2 sin theta in the spherical C, simply how did u get that factor, knowing that I 've watched all the previous videos

[@RFDesignbasics]

This is just a method to memorize. If you go into derivation it will be quite lengthy.

[@曾华-d8s]

So helpful for me, thank you sir!

[@knvrmnd]

THank you so much!! btw which pen do you use? Seems so good

[@rishabhverma1231]

Easy explanation👍

[@naeemislam972]

Great video

[@insights9520]

great sir, you made this very easy...

[@saolindaya]

Thank you very much for making it easy to remember.

[@bertinaagnes73]

Simply awesome!

[@keteshwarigate7006]

Thank you so much... It has become easy for me....

[@yahyakalkan2417]

Good one

[@kumaryadavravi]

Awesome sir😀

[@tarkgunes9609]

many thanks from capital city of turkey BrokenCastle !

[@itzmechandan6961]

Understood it easily ❤

[@avikdasadhikary341]

Mind-blowing tricks

[@piinapaniikki]

you are the best human in the whole world

[@RFDesignbasics]

😅

[@siliwondemathslab773]

The video has helped me very much

[@kingkohli7175]

Thank you🌹 Sir

[@giack6235]

Hello, thank you for this very well done video series. I wanted to ask: why in nearly every physics book the operations between vectors like: sum of vectors, inner product of vectors, derivatives of vectors, gradient, etc never suppose to have a specific reference frame in which to calculate the components of vectors? It's very confusing, because it seems that these operations can be defined without a particular reference frame, but actually that's not the case at all: indeed in your videos I see you always consider a reference frame in which you make the calculations, and that's very clear.

[@RFDesignbasics]

This is just a trick. Derivation of these expressions are quite lengthy. Thank you🙏

[@ii-b.bijufastinoraymond8532]

You're awesome

[@RajatSoni07]

wow

[@kanchanthakur7428]

Really helpful

[@nurates4736]

u're the bestttt

[@tahamaqsood19]

Thanks..

[@syedmuhammadadil7445]

Hi Sir, kindly make videos on the chapters of Electomanetsim which include steady magnetic fields, magnetic materials,time varying magnetic field and maxwell equations, plane electromagnetic waves ,antenna and radiating systems . thanks

[@LegendofCoc]

very epic, thanks

[@tanmoybhakat7912]

Thank you so much sir ji

[@amrutbhutka540]

Thankyou sir

[@bhumikagupta4586]

thank you so much sir.

[@CLEVAS_C_J_]

Thanks a lot sir

[@marshmello1176]

Thanks sir

[@rajatshrivastav8969]

Thank you so much!

[@Hiro_Merutsu]

I wish I could learn it's rotational and laplacian.

[@danieltambunan9717]

how do we know which coordinate do we use? is it depend from the vector field?

[@dudeyouhavenoidea]

Yeah, I think so

[@Nothing.8-8]

👍

[@kingkong8542]

Tnks a lot

[@bhavya3095]

Thanks

[@omarameer5707]

thanks

[@informationa2sir84]

Esyly andustant

[@KamoteMadness]

why no explaination

[@sidharthaswain3521]

thanks sir