hey can somebody tell me where i can find some theory ,maxwells theory of electromagnetism i really can not find it anywhere.

 

Maxwell's Equations

Probably not the best source, but it is a start.

 

Right here:
http://www.google.ca/search?tbs=bks:1&tbo=p&q=+inauthor:"James+Clerk+Maxwell"

Many of his books are available in full...

 

i am still not able to find it .HELP REQUIRED

 

i am still not able to find it .HELP REQUIRED

Are you not able to use the links provided? They seem to work.

Give us some help - what is "it", and what help do you feel you require?

 

This will direct you to several sites that will explain Maxwell equations:

http://www.youtube.com/view_play_list?p=1CC69CCD9C064E3B

 

I need some real explanation on maxwell's theory of electromagnetism, although the links gave me some help but i am still not satisfied . if any one knows of any good link or a book on the theory plz send it to me

 

I need some real explanation on maxwell's theory of electromagnetism, although the links gave me some help but i am still not satisfied . if any one knows of any good link or a book on the theory plz send it to me

Have you checked out the MIT video lectures? This is a freshman level course on EM field theory. Being an MIT course, it's not watered down too much, but at the freshman level the Prof takes it a little easy by not going into the full blown vector calculus formalism. I think this is a good place to start.

http://ocw.mit.edu/courses/physics/8-02-electricity-and-magnetism-spring-2002/video-lectures/

As far as books, there are a number of texts to be found at Amazon. My old undergraduate text was by Krauss, which is still available in newer editions. I have not seen the new edition, but I know the old ones were good. I noticed on amazon some used old editions that cost < $5.00. Can't hurt to try that!

 

Maxwell's equations relate the electric field E and magnetic field B (both 3D vectors) to their sources--charges and currents, including secondary ones created in materials.
They are differential equations which can be expressed in derivatives or with differential operators of geometric significance.
If you can hack the math, look up textbooks.

If not, look up
http://www.phy6.org/Electric/Eintro.htm
section before the last (I wrote it, you may ask me more afterwards)

David