explain why electrial charges flow from one atom to another
you f word, you dumbo
explain why electrial charges flow from one atom to another
Yes, charges in an electric circuit flow from areas of higher electrical potential energy to areas of lower electrical potential energy. This creates a potential difference that drives the flow of charges through the circuit.
The sudden movement of electrical charges from one object to another is known as an electrical discharge. This can occur due to a build-up of static electricity or during a lightning strike.
A flow of electrical charges is the definition of an electric current. This is a far better definition than 'a flow of free electrons', which one normally hears, because a current can be a flow of free electrons, positive or negative ions, 'holes', etc. -depending on the medium through which the current is flowing.
Is the continous net flow of electric charges from one place to another.
Basically, energy can't be created (or destroyed, for that matter). You can convert one type of energy to another. By the way, another thing that can't be created is electrical charges. When rubbing shoes on the carpet, electrical charges are separated.
flow of electrcity is nothing but the flow of electrons from one point to another point ina conductor
Current is created when electrical charges move through a wire or other conductor. It can be produced by rotating magnetic fields (as in a generator) or by connecting a source of higher electrical potential (charge) to one of lower electrical potential, which can cause the movement of charges from one point to another.
when a external force acts on the system then the bond between the atoms in the system are excited and pass to conduction band now the excited carriers runs along the system this called flow of current Charges move in an electrical system when it is closed and a power source is connected to it.
an electrical charge produces a flash of light.
None. What the battery stores is chemical energy. It creates electrical flow by converting chemicals from one form to another.