And this right here had a lower concentration.

The inside is hypertonic. The outside has a lower concentration so it's hypotonic.

The farther apart the molecules are, the less dense that solid is.

But anyway, this whole process we went from a container of high concentration to a container of low concentration and the particles would have spread from the low concentration container to the high concentration container.

I'll show you how. So I put low density

On the hand there could be proto voids which are negative fluctuations.

It's higher than this guy,higher concentration

So if there are more massive clusters at high redshifts, that means they had.

This quantity can have a range of values depending on how dense the connect to the graph is.

So, in this case V is a sixth, it's you know a six of the way from being a star to being a cleek.

And all of these blank areas are the areas in which the wires are running through.

So in general, diffusion if there's no barriers to the diffusion like we had here, you will have the solute go from a high concentration or hypertonic solution if they can travel to a hypotonic solution, to a hypo, where the concentration is lower.

Hyper, in general, meaning having a lot of something, having too much of something.

So, when you eat less fat, you eat fewer calories without having to eat less food.

And so you would have your traditional diffusion, where high concentration of solute to low concentrations of solute.

You can again see here, you can look from same UNKNOWN from different directions, and the regions of firedance will project in certain.

In this case, the molecules are going to spread in that direction from a high concentration to a low concentration area.

And so, if there is more gravity, or higher d ensity, it will reach a certain value of Hubble constant sooner.

A recent survey reveals that the population density in the metropolis is decreasing.

This is diffusion and so it's really just the spreading of particles or molecules from high concentration to low concentration areas, right?

The turn around time is given by this formula.

Because the pressure is low The water boils at only 85 C

And the solution for this is very simple and is shown here.

This opens possibilities for use of clusters as chronological probes, because in models with lower density and or positive cosmological constant.

But I have to tell you this is a guy doing stuff on a Quadra 950 computer

There is less heat in the air at 3 than at 1 .

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Mesh density

Glyph density

Label density

Adding cosmoligical constant can boost the effect of gravity, or counterveil it, if it's a positive cosmoligical constant that essentially acts as anti gravity.

density

Dense

Density

But I want to make it very clear diffusion is the idea of any particle going from higher concentration and spreading into a region that has a lower concentration and just spreading out.

But how do I actually transform energy into matter?

Low display resolution and Low CPU

Stuff over here requires less memory, less computation, and guess what?

I have also an audible altimeter.

Low altitude

So it's actually going to go from the hypotonic side when we talk about low concentration of solute to the side that has high concentrations of solute, of sugar and actually, if this thing is stretchable, more water will keep flowing in and this membrane will stretch out.

So this was the upshot, of the supernova Hubble diagram. On the plot of

So you measure its absorbance and you get its absorbance.

This idea of water seeping through membranes to try to make concentrations more equal.

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