As the electrons move from one point to another, they can do work.

In that case the electrons did not move at all.

As the electrons moved in a circle, they would lose energy and give off light.

As the electrons move through, each is given a small amount of electric energy.

It works, he added, but the electrons don't move fast enough.

After the interference, both electrons move as if they never had seen the other one.

Do electrons move faster in cold or warm power lines?

The problem with conventional glass, however, is that electrons can't move very quickly through it.

This force encourages the electrons to stay put or move back to where they came from.

In this sense, the electron does not move inside the atom.