Electric Fields of Charge Distributions in Electrostatics, Volume Charge Density

[@jamessullivan9363]

one minute in and you're already better than my professor. thanks for putting this together.

[@dhaarialshammri2195]

Thank you, you've rearranged the thrown pieces of information left by my professor.

[@rodriqcc]

Your an excellent teacher! I enjoy how you break the problem up to its base elements.

[@hindalsuwaidi9064]

THANKYOU SO MUCH I was struggling with connecting the ideas and infos of the textbook but you helped me A LOT I can't explain how thankful am i

[@ahmedtareq3787]

You're a lifesaver, keep up the great work

[@gamingmonts9737]

you deserve my teacher's sallary 😂

[@thotarojoestar3045]

I'll gladly pitch in with my professor's as well

[@kklol07]

THANKS, ! YOURE HELPING PEOPLE ACROSS CONTINENTS

[@AB-hx8me]

Thank you so much. You cleared my doubts.

[@vishwajeetjaiswal9113]

Thanks bro you just nailed it ☺️
Love from India ❤️

[@nooreemadina3532]

Wow your explanation is sooo smooth and very clear... easy to understand.... thank you soooo much fr this❤️❤️❤️

[@ajaynadie6652]

Very useful and educative, Thank you.

[@basharadel8940]

Thank you sir, can't wait to see your new physics videos

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[@lazizand]

wow! thanks a lot :)

[@soumilibiswas9242]

Very helpful

[@AdnanKhan-rq1cb]

Such a great work sir

[@connorokeefe269]

THANK YOU

[@iararose7514]

Thanks for this!

[@Melpomenex]

Excellent explanation

[@supithpathirana]

keep it bro very useful and thank you so much❤

[@midofido7203]

That was really helpful thank you and if u added an example it would be a perfect video

[@punendrasingh4472]

Great work bro please make more vid on such topics

[@Stiphenhenking5662]

Concept clear !!! Thanks a lot

[@Rotem447]

So helpful!! Thank you

[@user-bu8mg7uq3s]

thank you

[@AdnanKhan-rq1cb]

Keep it up

[@istemhanee.4924]

thanks

[@hiitsmicha]

thx bruv

[@user-ls3nx8iq6l]

Well done

[@user-ce8sd4te7y]

very good

[@thezeegalaxy4019]

If the whole charge is concentrated at a point then what'll be the volume charge density outside the point.

[@Elucyda]

For a point charge located at (x,y,z), rho is 0 at all other points, since there is no charge at these spatial locations. It is more convenient to use the charge q in this situation.

[@jellychoclat1686]

good

[@user-nd2xt3gb1t]

So keoot♡

[@user-eg4zd2ew3v]

Good super bro

[@yannlee7821]

Maybe someone can point me to the right direction with this question. Just so you know, I'm biomedical grad student, and due to the nature of my project I had to learn the whole of electromagnetic in about 2 month. So I may have missed or misunderstood a few things in my rush to learning. My question is how to find the charge density/ charge distribution of a dipole or better yet group of dipole. Since the dipole has both negative and positive charge would that charge density be 0? I want to use Multipole expansion. But it requires volume charge density.

[@5amdrive465]

Thanks a lot, really helped me

[@PIYUSHX005]

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[@animefreak7927]

I think you should start using more tags for views

[@AdnanKhan-rq1cb]

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[@AyushaPandey-is8zs]

Let's get straight i clicked this video because you looked pretty

[@animefreak7927]

Really bad you didn't even showed the integration part you just showed us the formula bro 😂😂

[@ethnicsovereignty2369]

True, I believe following it up with an example would be optimal