Wires carry electricity.

When a coil is moved near to a wire with current flowing in it current flows in the coil as well.

But don't forget, the electricity has to be switched on this time.

About a week later we had a problem with the machine, related actually to these bits of wire here these gold wires.

According to the flyer, at precisely 10 04 p.m. this Saturday night lightning will strike the clock tower, electrifying the cable as the connecting hook makes contact thereby sending 1.21 gigawatts into the flux capacitor and sending you back to 1985.

If you put electricity on them, they emit light.

What shock?

The commutator.

Cutie current under tension is...

This is where the supply of current flows out from, you see?

Overload Device.

Current under tension is equal?

Current under tension is expensive?

This electrode here, called the gate, controls the flow of current from the source to the drain these two electrodes.

Current under tension is expandable?

the generator will start.

Come on, I've overloaded the power system.

You probably think the electrons in an electric wire move instantaneously down a wire, don't you, at the speed of light when you turn the light on.

A tiny wire.

They're probably working on the lines.

I guess that means the power's off.

If you hook up a power source to a transmitter, it generates a pulse.

Current should short it out.

Beyond drag, lift and stretch there are many other properties we could simulate.

First of all, electric fields are not an electric current that is coursing through the tissue.

Semiconductor is something that's either a conductor or an insulator depending on whether a voltage is applied to it.

And what you have here is, when you actually turn on the gate, you get an increase in the amount of current, and you get a steady flow of current.

Only then do I construct it.

It could be something like a wind farm.

And when you turn off the gate, there's no current flowing through the device.

I gotta tell you, I'm a protective parent.

But that's not all, because superconductors don't like magnetic fields.

Oh, I felt an electric shock.

Sona lights up again.

That's where all of the rest of the light in the universe is supposed to go

And that current, electrical current, is carried by electrons, just like in your house and so on.

In the autumn of 1917,

In the autumn of 191 7,

I'm gonna go check the phone.

Conduct power checks!

Call came in on the dedicated uplink.

That's right, but they never attack the same place twice.

Why the hell would he turn the other ones off?

What you're seeing here right now is a superposition of an electron in the lower three orbitals of a hydrogen atom.

And you start having the same kind of traffic jams that you have in the ion channel.