Spring, spring, spring

That could be.

They're both fluids, they both take the shape of their containers, but a gas is compressible, while a liquid is incompressible.

This stuff is everywhere.

Boyfriends?

This is a springloaded dead man's switch.

In general, if I have an ideal gas in a container, the pressure exerted on the gas on the side of the container, or actually even at any point within the gas, because it will all become homogeneous at some point and we'll talk about entropy in future videos but the pressure in the container and on its surface, times the volume of the container, is equal to some constant.

A spring to place between widgets

They're full of nitrogen.

Like on the gas pumps. Sure, the gas gauge.

It's a nursing home.

Once we have sufficiently large number of particles, we can consider them as a fluid.

Let me explain the time for reducing pressure after a dive.

SERGEANT The place is called Lincoln State Park.

Thats where Springfield is!

Gas lines?

We get the force this force, not just this force this was just F equals ma but this force is equal to the mass of our object, times the acceleration of the object plus whatever the spring constant is for the spring plus k times our position, times y.

( coughing ) Gus?

Gus.

On the roof. Gus?!

( clattering ) Gus!

Rotten! ( grunts ) Gus.

Gas?

This is the basement of our hospital.

People of Springfield hit this warning

Yes, They re going to destroy Springfield!

Noble gases

Noble gases

Noble Gas

Did you stop for gas?

The gas!

Did you just run out of gas?

Gus came by?

Let's keep that in mind, and everything you're going to see in high school and on the AP test is going to deal with ideal gases.

Im happy here, Screw Springfield!

On repeated dives... you must know how much time you need to depressurize.

gaseous nebula

Gaseous nebulae

Gaseous Nebulae

Gaseous Nebula

Oh, Gus.

Have you seen Gus? Gus who?

( somber theme playing ) Hey, Gus.

Gas!

They're using gas!