Recent content by tecnics

i know only much enough that.. \\\electric flux is .. a integral of surface and electric field of that conductor. the electric field can be internal or external... after dis..i can't understand anything about electric flux... can anyone tell me how to...imagine electric flux...like some field...

what is meant by electric flux... and how does an electric flux gets 'cancelled'? can a electric flux exist even when electric field is zero??

the interior of a closed conductor can have no excess charges in the static situation ...and even if they have excess charge ...then these charge resides on the surface of the conductor...not inside it... can anyone explain to me...y a closed conductor behaves so? wht connection does it...

ok//// can u pls explain the Gauss law? i am definitely confused by it..

why is the electric field zero , if the closed gaussian surface doesn't enclose any charges. but,, if the charges are present at a distance outside the conductor?? and why isn't the electric field zero inside the gaussian surface, if there are charges distributed on the surface of the...

in bringing a test charge (+q ) from a postion to another in an electric field of another charge +Q an external force , F is applied which is just as same as the electric force, F[SIZE="1"](electric) how is this possible? doesnt an unbalanced force be required to...bring about this...