Diffuse

Diffuse Merge Tool

You just diffuse that entire situation!

2, 3 Show specified diffuse and ambient light

Show the diffuse reflection of the atmosphere around the earth.

And the answer is, nitrogen can diffuse and does diffuse into the blood, but the blood's ability to take in nitrogen isn't that high.

So if you are CO2 you can again just diffuse into the alveolus.

One way would be if you actually just diffuse across. So one way could be diffusion.

This telegraph is a fantastic instrument to diffuse religion, civilization, liberty and law throughout the world.

Simply having very low CO2 around means that whatever is there is going to diffuse into the alveolus.

So instead of diffusing into the red blood cell, now it is going to want to diffuse out.

So, if we break that down into layers, here's that diffuse component we saw in the first slide.

And what we're looking at is the electrons kind of going through the graphite and forming this kind of diffuse blob.

So you've got a situation like this where some of the CO2 is going to diffuse into the red blood cell like that.

Whatever is in that red blood cell is going to diffuse in here simply because there is not a lot of CO2 around.

So now let's say I decide to increase the partial pressure of oxygen in the air, so it's going to diffuse in here and here.

So I increase the partial pressure of oxygen in the air and it's going to diffuse into those two liquids and will dissolve in those liquids.

Well if the oxygen is going to diffuse into those liquids, then I would say the partial pressure of oxygen in the liquid would go up.

If there's less concentration here than there, the oxygen will diffuse across the membrane and there's less inside the plasma because the hemoglobin is sucking it all up like a sponge.

Once all that CO2 is in the lungs, it is going to diffuse right into the alveolus because the amount of CO2 is so darn low that the diffusion gradient gets it going toward the alveolus.

You know, it's like once again there's this whole problem of design being often misunderstood for art, or the idea that is so diffuse that designers want to aspire to, would like to be called, artists.

The experiment shows something really rather extraordinary, and that is that matter, even though it behaves when you're looking at it, when you're measuring it, as individual particles, when you're not measuring it, matter is diffuse.

And by looking at how the different color channels of the illumination, the red and the green and the blue, diffuse the light differently, we can come up with a way of shading the skin on the computer.

And the concentration of carbon dioxide in the de oxygenated blood is going to be higher than the concentration of carbon dioxide in the alveolus. so if this is porous to carbon dioxide, this membrane and it is, these carbon dioxide molecules are going to diffuse into the alveolus.

This sort of the diffuse evening sunlight that seems to be increasingly low on the horizon striking the sides of those buildings more than it does the top of the tower under construction because there's this play between the preciseness of the details and the sense of atmosphere.

We used all of the oxygen in our body and we'll talk more about that either at the end of this video or in a future video on how we use it or where it goes in our body, but there's no oxygen here so the oxygen is going to be taken it's going to diffuse across this membrane because the concentration of oxygen is low.