(Laughter)

So this one is absolutely true.

If you put electricity on them, they emit light.

If I had written impact the object's velocity , then this would be a true statement.

There are many different methods that leads to more or less the same result.

Oh my goodness, here we go again.

What shock?

Rob Yeah, the pot balances it out. The pot brings you back up.

The commutator.

Cutie current under tension is...

Wires carry electricity.

Language is subject to interpretation.

The only way that it would move is if there is a lot more force on one side than there is on the other side

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

Overload Device.

But when you regain your equilibrium, I have a John Doe.

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

Turns out to be the same as in the case of galaxies.

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.

It will occur without adding any more greenhouse gasses.

He lost his balance and fell off the ladder.

Current under tension is expandable?

the generator will start.

Come on, I've overloaded the power system.

He lost his balance and fell down.

There's a couple well known algorithms textbooks that cover those details.

First is and they're listed here.

(Inaudible)

This is Niles Eldredge. He was the co developer with Stephen Jay Gould of the theory of punctuated equilibrium.

So the wind is coming from the bottom. This is slowed down 10 times.

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.

You're not being fair.

Is it not unfair, Lizzy?

Then maybe you should pray for it.

It's not fair!

So unfair.

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.

What he is saying is that something that has a constant velocity will continue to have that constant velocity indefinitely

Or some kind of fluid shift.

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.