And if each of these molecules don't have a

What you're doing is, when you stand up, potential energy to kinetic energy, potential energy to kinetic energy.

And this, by definition, is called kinetic energy.

They are generally agreed upon and they can be tested.

They might bump into each other.

A national campaign for energy saving is underway.

So over here we were turning our heat into kinetic energy.

So instead of hundreds of galaxies, we have untold numbers of protons and electrons serving as test particles.

So there's always some probability that two maybe high kinetic energy molecules will bump into each other just perfectly.

There is no energy dissipation per se.

We were adding heat.

Okay.

To the extraction chamber!

So here is how this works.

When it's in the equilibrium state, the Virial theorem state, tells you kinetic energy will be 1 2 the potential .

So these water molecules, they have some type, some type of kinetic energy.

But they will convert that heat, and heat is just a form of energy, into kinetic energy which is expressed as the vibration of these molecules.

The anti nuclear energy movement is being led by a number of organizations.

And again, how do we determine masses?

lot of kinetic energy.

But they're still attracted to each other.

They're not going to be able to stay near each other.

Or we can use X ray gas as test particles, measuring it's temperature.

So what's going to happen?

So the stars in elliptical galaxies have largely random motions.

But you know, when there is a political churning of society, it unleashes a lot of energy.

It is basically momentum to energy where the four vector is constant that's what it is.

ATP powers all work done by each and every one of your cells, things like communication, movement, and transport.

One important distinction between ellipticals and spirals is that, whereas, spirals have contained most of their kinetic energy in the ordered rotational motion, in the elliptical galaxies most of the kinetic energy is in the form of random motions, so we call them pressure supported stars moving like molecules in gas.

Or it made them have higher kinetic energy, or higher average kinetic engery, and that's what temperature is a measure of average kinetic energy.

If the molecules were moving around a lot faster, then you would have more kinetic energy, and then they would be changing momentum on the sides of the surface a lot more, so you would have more pressure.

And just remember, all of these things, whether we're talking about heat, kinetic energy, potential energy, enthalpy.

Yeah, but not much else.

Each of the molecules might have a different kinetic energy it's always changing, because they're always transferring momentum to each other.

Physics can be defined as the science of matter, motion, and energy.

Or we could say the average kinetic energy of this matter is fairly low.

What's important?

And amazing.

Now let's say at low temperatures I'm here and as I add heat my temperature will go up.

And then, once you are fully a liquid, then you just become a warmer and warmer liquid.

I can figure out how much work was imputed into that object to get it to that velocity.

I work out.

What? One of those outside agitators?

Do you want to canvass?

Get lots of exercise.