Well... they're putting the squeeze on.

This is a point cloud.

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.

So none of that goes away. Lets say I do the same experiment where I look at this purple X and I take a look at how much pressure energy there is.

This is a very, very unusual building in that there's no gravity load, but there's load in every direction.

I'm going to talk in terms of energy. This is where we are actually detecting pressure energy. This bar represents actually how much energy we actually see.

There's a lot of pressure on you, as organizers, to book them and put them on.

I know that there is going to be less than before because the heart is taking a break.

So in this case, when our volume goes up, the average pressure or the pressure in the container goes down.

No pressure.

So lets take a point, maybe there and there, and lets call that the spot where we are checking pressure energy.

The more and more you try to squeeze a balloon if you squeeze it from all directions, it gets harder and harder to do it, and that's because the pressure within the balloon increases as you decrease the volume.

You have more force on a surface, and on a smaller surface, you're going to have higher pressure.

In Japan, there is an enormous amount of pressure to be the same.

If we know what that force is, and we you know the area of the wall, we can figure out pressure, because pressure is equal to force divided by area.

It's unbelievable, really.

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

Surface compression of valve sensors, Captain.

External pressure grows ever more intense.

External pressure grows ever more intense.

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

No blades, no zip guns, no tire chains.

Lets assume that even though we know the vessels are different in these two people that their hearts are the same.

Pressure. Pression.

I've got a little bar of purple there and lets say the bar is about the same height here. I've got some pressure energy here as well.

The heat is on the administration to come up with a new policy.

We're getting pressure from the ministry and the E.U. to drop this investigation.

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

But the thing that's different about this is that now, if I'm calculating rise over run, or the slope, I actually have flipped the volume and pressure, right?

Well, I know he must have been right, because when pressure was on, you walked out.

Why are you still thinking that the lessons of Katrina do not apply to flu?

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.

And especially if the partner draws attention to itself, they choose more.

So, what you're seeing in this second distribution are the smokers.

Time to put the squeeze on them.

Green lights on pressure, Mr. Anton?

It puts pressure on water demand.

Yeah, I heard that. Why?

Now what this thing does is it intercepts the input values from sensors so for example, from pressure sensors and vibration sensors and it provides legitimate program code, which is still running during the attack, with fake input data.

This puts pressure on food demand.

There was a lot of international pressure on us at the time.

We're putting more pressure on the Earth.

Can't wait to get back to the Big G and the loving embrace of your fellow pilots?

That's not going to be happening, but you can see that the line comes down faster if they're not put under international pressure, if they're allowed to pursue their own devices.

Now not all balloons are going to behave that way, but let's assume for the moment that this balloon does that.