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

And this right here had a lower concentration.

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

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

But how do I actually transform energy into matter?

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.

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

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.

It's higher than this guy,higher concentration

If we got 2 colder, we would be at 1 .

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

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

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.

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

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

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

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

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

Some of the records show lower temperatures than others.

Mud and minerals become substrate there are bacteria.

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.

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.

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

On the other hand.

So you measure its absorbance and you get its absorbance.

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

But again, you can see Detroit, in yellow at the top, extraordinary consumption, down below Copenhagen.

We know that the density for the birth time to be before noon is twice as large as the density for being born after noon.

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

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

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

density

Dense

Density

And when the coupling time comes the pattern is frozen. If you now remember Fourier decomposition and in density field.

So let me write higher concentration.

I have also an audible altimeter.

Low altitude

So they are either poisonous or really should be used at less of a level than random.

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

But you will have enough to answer this question is it because the running time depends on how find shortest is implemented, is that because it depends on the degree of the nodes in question or is it because it depends if the graph is dense or sparse.

Here is the lower atmosphere.

density list

Density List

Density Map