electric field

I know it has something to do with electric field lines.

This is possible because they are given potential energy by the electric field.

This is possible because each charge makes an electric field around itself.

But why did we get a reasonable result for the electric field?

Thus the general form for the electric field is as follows.

He was already there; she knew by the way the air had taken a charge around her body, an electric field.

The potential may be obtained from the electric field as.

The electric field between the plates is then, and the potential.

What can we say about the line integral of the electric field?

At each point near a charge, the electric field points in a certain direction.

The answer given is there would be no change in the electric field intensity.

How far will they move under the influence of an attractive electric field?

One usually says that the energy is stored in the electric field.

For example, the current may not flow in exactly the same direction as the electric field.

A charge sitting still will be affected by an electric field.

The treatment given so far is for a system not subject to an external electric field.

Is there another, more direct way of determining the electric field?

This then reduces the total electric field within the material.

There was no other electric field on Earth to surround it with.

Looking along the direction of the wave, the electric field is a single straight line.

This can be affected by both the temperature and the electric field across the system.

Together they could measure the electric field of the earth in all three dimensions.

We have found that the electric field varies as 1/R.

A battery can make an electric field inside a conductor.

Is the electric field constant or does it vary with time?