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.
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.
one minute in and you're already better than my professor. thanks for putting this together.
Thank you, you've rearranged the thrown pieces of information left by my professor.
Your an excellent teacher! I enjoy how you break the problem up to its base elements.
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
You're a lifesaver, keep up the great work
you deserve my teacher's sallary 😂
I'll gladly pitch in with my professor's as well
THANKS, ! YOURE HELPING PEOPLE ACROSS CONTINENTS
Thank you so much. You cleared my doubts.
Thanks bro you just nailed it ☺️
Love from India ❤️
Wow your explanation is sooo smooth and very clear... easy to understand.... thank you soooo much fr this❤️❤️❤️
Very useful and educative, Thank you.
Thank you sir, can't wait to see your new physics videos
c'est incroyable ce vid wowowowow
wow! thanks a lot :)
Very helpful
Such a great work sir
THANK YOU
Thanks for this!
Excellent explanation
keep it bro very useful and thank you so much❤
That was really helpful thank you and if u added an example it would be a perfect video
Great work bro please make more vid on such topics
Concept clear !!! Thanks a lot
So helpful!! Thank you
thank you
Keep it up
thanks
thx bruv
Well done
very good
If the whole charge is concentrated at a point then what'll be the volume charge density outside the point.
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.
good
So keoot♡
Good super bro
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.
Thanks a lot, really helped me
Aaaj pta chaala mere sir s bi bura koi pdha skta h
I think you should start using more tags for views
Sir can I have your personal contact
Let's get straight i clicked this video because you looked pretty
Really bad you didn't even showed the integration part you just showed us the formula bro 😂😂
True, I believe following it up with an example would be optimal