Not just how the atoms are interacting with each other within a molecule.

Let me do that with a copy and paste.

Let me copy and paste this.

Let me just do that.

Let me copy and paste that now.

Remember yesterday, when I nearly washed my face in a sink full of acid?

Now, let's think about what seven of those mean, so let me copy and paste that.

A cut paste history utility

Let me copy and paste that, so I don't have to keep rewriting it.

A cut paste history utility

KDE cut paste history utility

Let me copy and paste that so they all look the same.

EEG acquisition system.

I don't need it!

That's not what I want.

So that's five sections right there.

Let's take this and divide by that.

In this case, you can probably guess what it's going to be.

So let's start with the first one. We'll copy this.

Aluminum buffer action, aluminum hydroxide is what we think it is, uh, plus the barium carbonate, strontium titanate, strontium oxides, barium oxides, probably some aluminum oxides in there.

Now, we have 4 cans.

So this is interesting.

Let's make this the numerator.

So that's one pie right over there.

Then you have 40 divided by 2

Let me copy and paste that.

It's ready and waiting, I made it myself! No solder for me!

And this is an amino acid.

And actually, I drew it like that over here and maybe I should just cut and paste it.

Acid?

Once that happens, then we're ready to enter into the metaphase I, so let's go down to metaphase I.

I wanted to copy and paste.

Next problem.

Puffuffuff, what?

Scrubbing on a washboard

So let's say, that's 1 thing.

And you could also know that what you're dealing with is a strong acid.

sulfuric acid.

I will wash my car in a hand car wash today.

Wash Bottle

You have to let me pay you back for trimming my hair.

Washed them?

Well it turns out, we have many different alternatives for such a set of building blocks.

Copy and paste.

You don't do it as a human being. You do it as a machine.