yes ebonite rod is charged and it has positive charge on it.
no
Ebonite rod becomes positively charged and the fur becomes negatively charged. Hold on electrons: Fur > Ebonite rod So, the ebonite rod loses its electrons to the fur and the fur becomes negatively charged.
paper sticking to a charged CD water attracted to an ebonite rod
1ST. ground the conductor 2nd. move the positive rod CLOSE but NOT TOCUH the conductor u r trying to charge. 3. REMOVE the grouding wire on the conductor
an ebonite rod is a solid in which you find little black phosterus in
it attracts it
yes ebonite rod is charged and it has positive charge on it.
ebonite rod is a thin, round stick made of hard, black rubber.
It is not possible to make a ordinary conductor hold it's charge permanently.But you can make a ordinary conductor(e.g.,)a wire to hold charge for a short period.This is because a charge stored in a conductor leaks to the surroundings due to ionisation of air. But it is possible to charge a conductor like a copper sphere. for this the copper sphere is first connected to ground and a negatively charged ebonite rod near it.the copper sphere becomes positive as the negative charges in it flow to the ground.the sphere is disconnected from ground and the ebonite rod is taken away.now the copper sphere holds positive charge. note: it is easy to charge an ebonite rod by rubbing it with fur.
Ebonite is a poor conductor of electricity, it is an insulator. Electrons cannot move easily within it, but can it form and hold a static charge.
Hard rubber. It's named after the bowling ball company that invented it.
no
No, ebonite is an insulator. Charges can reside on the surface but not flow through
The ebonite rod will gather a static electric charge, as electrons are transferred.
Ebonite rod becomes positively charged and the fur becomes negatively charged. Hold on electrons: Fur > Ebonite rod So, the ebonite rod loses its electrons to the fur and the fur becomes negatively charged.
Static