Now, back to the mole. Not that mole.

The mole.

A mole.

I have a mole.

It's like a mole.

186 joules per Kelvin mole.

One mole of carbon 12.

Okay, this. Without a mole.

Well, that's a mole of water.

Watch me play the mole... molasses!

There's nothing wrong with a mole.

The one with a mole here?

That 1 mole of hydrogens will disappear.

I only have 1 mole of oxygen.

There's only my dog and the mole.

Well, a mole is really the same thing.

So you know that you have 1 mole.

So I must have neutralized 1 mole hydrogen.

And what is one mole of carbon 12?

Oh, that's a beauty mark over a mole.

What do they call a mole in Scotland?

OK, today we're going to talk about the mole.

This mole. Yep, this number has a second name.

Or 1 mole of O2 is how many grams?

So cellular respiration, for every mole of a glucose,

So there you have it the story of the mole,

And we've been given 1 mole of the oxygen molecule.

Well, then there's Beatrice, the one with the hairy mole.

Non removal

Mean Removal

Mean Removal

Evidence removal.

And if I only have 1 mole of oxygen, I'm going to have to have less than 1 mole of ammonia, even though I was given 2.

We're given 34 grams of ammonia, 1 mole is 17 grams.

So 0.8 moles of nitrogen monoxide, 1 mole is 30 grams.

Piece Removal Speed

Removal of entry

Red eye removal

So there must have been 1 mole of hydrogen to begin with.

The removal request failed.

OK. Now we sort of have an idea how large the mole is.

We've been given exactly 32 grams of oxygen, which is exactly 1 mole.

So if I have 1 mole of methane, I have 186 joules per

The concentration of this solution is 1 mole per liter. It's 1 molar.

And actually, for every mole of glucose, you're going to need two NAD plusses.