Yes AND no.
They move while the charge is developing or when it is being released,
but they don't move (except for local motion) while the charge is maintained.
There are two types of electricity; dynamic and static electricity. The main difference between these two types is that in static electricity, the electrons do not move but in dynamic electricity, the electrons move either in changing directions or in one direction.
The electrons move from the balloon to your body.
static electricity
They become charges
current electricity is where electrons flow through a conductor.static electricity electrons do not flow
There are two types of electricity; dynamic and static electricity. The main difference between these two types is that in static electricity, the electrons do not move but in dynamic electricity, the electrons move either in changing directions or in one direction.
The electrons move from the balloon to your body.
No, electricity always involves the movement of electrons. Static electricity is built up through friction or rubbing electrons off of other substances, so the electrons didnt get there by a current. But when a circuit is completed, the electrons can move to create an equilibrium.
They become charges
Everything is made up of atoms and they hold electrons, protons and neutrons. Electrons can move. Static electricity is the presence of either too many electrons (negative charge) or too few electrons (positive charge). The movement of static electricity ... normally called an "electric current" ... is the flow of electrons from one place to another.
No. Static energy is present, whether charges (such as protons, or electrons) move, or not.
Static means it doesn't move. This is essentially what static electricity is, a charge tht has no current. It is made by the transfer of electrons, as a pose to a cell or battery.
They become charges
static electricity
They become charges
Static electricity causes electrons to move from one material to the other. In an insulator, these electrons can't flow back to equalise the charges, whereas in a conductor they can; so whilst they could conceivably generate static electricity, it would be lost as quickly as it was made.
Static electricity has no charge. This means that it doesn't move. The electrons in the wire that are pumped around the circuit by the battery do move and thus have charge. You can only use power that has a charge or "moves".