And this whole thing right here, the combination of the water and the sugar molecules, we call a solution.

like thin or thick, and the different postures people can assume, like standing and so on.

Sand dunes are almost like ready made buildings in a way.

We call this whole thing a solution.

So it immediately cools, and it can no longer hold in suspension all of the material that it's dissolved, and it precipitates out, forming black smoke.

That essentially cause the cell to either kill itself or its membrane to dissolve.

let's see two container.

And you've got solid walls and floors.

That's the thing doing the dissolving and the thing that is dissolved is the sugar.

What we saw in the destruction of the Bamiyan Buddhas

Separation of solid, crystalline matter from a solution, or the liquid or gaseous phases.

Mix eggs, sugar, oil, corn syrup...

This is probably the most common thing you'll see in a

IS

. ..then it'll soften and melt.

And here we have a mixture with the sum over the product of Ix and Iy in the off diagonal terms.

The doll was burned. The head was melted.

So you could imagine other experiments like this.

This spot should be molten.

(Laughter)

He firmly refused the Premier's earnest request.

So it would be patent amortization.

Oxygen from the air dissolves in water.

And then the most complex are the solid organs.

Amortization is the exact same thing, but it deals with intangible assets.

But this machine doesn't know what it looks like.

And the temptation here is really to kind of try to solve it the way you do a linear equation.

They brought solid fuel with them.

We then start adding the muscle on top.

But, no matter how many times we slice up the boxes, the total area is still the sum of the areas of all the pieces.

Stand by for separation of SRBs.

These rockets use experimental motors like nitrous oxide.

Computes the melting temperature for a nucleic acid duplex.

And I know we did a couple already, but another way to think about separable differential equations is really, all you're doing is implicit differentiation in reverse.

The reactor that we worked on is cooled by a liquid salt, a nuclear fuel in the form of solid pebbles.

Our journey starts in space, where matter condenses into spheres over time ... solidifying into surface, molded by fire.

President, Sabita being Vice President, and Robert being

Yes, my Führer!

Then what you do is you heat up the steel, you melt the bitumen, and the bitumen will flow into these micro cracks, and the stones are again fixed to the surface.

When a solid melts, it becomes liquid.

That's not what I wanted to do.

The face on the top left, over here, is the average face, and these are the variations, the eigenvectors that correspond to the largest eigenvalues over here.

You going to start by sending me down with that dissolver thing?

We can create the antidote and then just dissolve it into Scott's stored blood.

How many total seats will it have, if it adds 2 seats per row?