We store potential energy to the elastic skin to make it move.

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

This is the potential energy.

Because some of that pressure energy got taken away and stored as elastic energy.

You can see that this actually adds up. You can see that the elastic energy before is about the same as the elastic energy plus the movement energy afterwards.

Elastic!

Notice this. This is really interesting. Notice this elastic energy here.

I have a lot more potential energy.

This is the potential energy right there.

You can use this stored elastic energy to move blood. You can use this for movement energy.

And a lower potential energy is when we're in the hydrogen iodide, so this is the lower potential energy down here.

This is the elastic energy which just took a chunk of that pressure energy away. What is left is the leftover pressure energy.

That elastic energy would be something like that. It would actually take up a chunk of that pressure energy.

I like to think of ideas as potential energy.

Now, let's feel a partner's potential or the potential of connecting you energy to someone else.

So lets draw that in here. There is a little bit of elastic energy left.

One is that the elastic energy helps lower the pressure. We saw that here are here.

To pull the molecules apart, to give them more potential energy.

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

Before we let the clock run, the energy is stored as gravitational potential energy of the cylinders.

And then we embed elastic.

Design and the Elastic Mind.

So if I was actually going to measure how much energy, obviously I don't measure movement energy or elastic energy, the only thing I really measure in the doctor's office is the pressure energy.

When we do this, we are doing positive work, adding energy to the clock, and that energy is stored as gravitational potential energy.

Our clean energy potential was stalled. And we had a structural budget deficit.

Their potential energy is higher because they want to fall towards each other.

If you pull me apart from the earth, you're giving me potential energy.

Other people are not as elastic.

Leads to collapse by factor of 2, because the ratio of kinetic and potential energy changes by a factor of 2 and potential energy is inversely proportional to the characteristic size.

You can actually now in diastole move some blood forward because the elastic energy is recoiling like a rubber band, and that energy has to go somewhere.

And that cynicism will eat at your energy and will eat at your potential.

Robotic Air Powered Hand with Elastic Ligaments.

So we know that just like in a balloon or rubber band if you stretch it out you are going to get some extra energy we call elastic energy.

Because the most renewable energy we have is our own potential, and our own passion.

In a system in a gravitational equilibrium or virial equilibrium, the kinetic energy should be one half of the potential energy to it inside and for galaxies as test particles probing cluster potential, we can look at velocity dispersion as means of their kinetic energy per unit mass.That has to be balanced by the potential energy due to the gravitational attraction.

You can already see how elastic energy is really helpful because it helped you lower the pressure. Now what happens in diastole.

A rubber ball bounces because it is elastic.

This swimming suit is made of elastic material.

But, then gas falls into those potential wells, gets condensed, dissipates energy as it falls in.

Now, if you'll look at simple formulas for combining energy gravitational system, you can see the potential energy is inversely proportional to the radius.

Potential depth

And that potential, that powerful potential, is also our potential, of you and me.

So you're taking that potential energy and you're bringing the molecules closer and closer to each other.

Baryons falls in those potential wells, and as t hey do so, they will start dissipating energy.

The other cool feature about elastic energy is that not only does it lower your pressure which we have talked about, but it also can be used to convert it into movement energy.