Solution

How did you know that? They did.

And the story of the Intermittent Absorption Refrigerator.

So let's say we have two solutions that contain some type of solute.

You measure absorbance just like that.

I think it's going to eat through the goddamn hull.

Demerol is a morphine sulfate. It is soluble in water.

When ice melts, it becomes liquid.

So it has less of it.

And there are words for these things.

Your skin will melt. Your blood will vaporize.

One autotransformer, 6 liters an... hy... hydrous methyl... methylamine, two 35 MM tube furnaces...

So you think of alternative mechanical parts.

let me put it right here, number 1, and number 2.

It's just some lye I found laying around.

When the isotope solution turns red, then fire.

I have an acid here, and what I'm actually going to titrate it with, or the reagent that I'm going to add to it The reagent is essentially a reactant that, when you view it this way, that you're adding to the solution. So it's the titrant.

And say, I added a liter of this solution.

They find their way to self assemble.

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

When investigating the pH (acidic, neutral, alkaline) of a liquid, don't soak the litmus paper completely in the liquid but just put the end of the paper in it.

And we eventually discovered molecules that were specifically labeling nerves.

A volumetric flask is for general mixing and titration.

And in general and this is not always the case if you want to be as general as possible, the solute is whatever you have less of, the solvent is whatever you have more of.

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

You could figure out its absorbance.

So you need 1 mole of OH to sop up, and how do you get 1 mole of OH?

And then I tried the melting business, and I melted it.

But the Mongols get there first.

The electrolyte is not a solution of salt and water, but rather salt that's melted.

So how can you really see what's going on?

And let's just assume that our beakers have the same width.

And we know, of course, that since it's a strong acid it disassociates completely.

When I take that first measurement, my solution of hydrogen chloride, or hydrochloric acid, has a pH 0.

And then, let's say that you then take another known concentration,

Mr. President, you often say there are no silver bullets to our energy problems.

Why is it going to increase the pH? Because this OH.

We want to know how you go from water and protein to this liquid Kevlar, to this natural Kevlar.

We call this whole thing a solution.

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.

Vaporise the solvent from the liquid. What's left is the perfume component and a lump of vegetable wax.

But it got us to the point that the ice turned into a liquid.

And the reason why this is super useful is, you can imagine, if you have something of a known concentration

Michael and I were standing way at the side of the kitchen.

This takes energy, producing clean water.