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

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

pressure weight

Pressure

Progressive

Pressure?

Temperatures and Pressures Let's go!

Cutie current under tension is...

I mean, in a way you could literally just tilt the graph over and you would get the same thing there's nothing magical.

Mouse pressure

Pressure.

No pressure.

Time to put the squeeze on them.

But sometimes, carbon based organisms like plants or animals get stuck in the earth.

Current under tension is equal?

Current under tension is expensive?

The pressure, it's spiking.

Like, uh, checking over a radio,

Current under tension is expandable?

Its the pressure in the blood that is actually causing the vessels to balloon out.

Pressure. Pression.

Pressure's dropping.

Hopefully, that gives you an intuition that if I had some amount of pressure in this situation if I squeeze the volume, the pressure increases.

And a hydrostatic skeleton uses two elements.

We also know that blood is moving out so we can look at movement energy as well.

Enter amount

I would even throw up some numbers. Lets say this is 100 and maybe up here its 80. Its got to be a little bit lower.

The bridge crashed under the pressure.

He yielded to pressure.

It's really just a pressure sensor

And it's pressure sensitive to the forces both in the plane of the screen

It's the pressure reg valve again.

Green lights on pressure, Mr. Anton?

The Visitors are too powerful.

You can eliminate the need to add a taper to the jaws

The Gulf of Mexico is a very big ocean.

Monitor the output volume

We will address that scenario in another video in this series

What happened?

And all of a sudden, pressure is lost in the reactor.

Glass has the ability to be broken under pressure.

They're at the pressure door.

It's a waste of money and my staff's time.

It's still relevant for as far as we can tell into the future but the idea of a quantum computer is actually very interesting.

The bubble is rising more quickly, and so thinking about this you can actually say, well this is a formula for the slope, rise in volume over run, which would be pressure in this case, and if you do rise over run you get the slope and in this case we're going to call the slope compliance .