Six moles class='bold'>class='bold'>of carbon dioxide, six moles class='bold'>class='bold'>of water.

And right over here, these are class='bold'>class='bold'>molecules class='bold'>class='bold'>of sweat, or it's really just class='bold'>class='bold'>molecules class='bold'>class='bold'>of water.

This is soap that's made from silver nanoclass='bold'>class='bold'>class='bold'>class='bold'>particles, which have antibacterial properties.

They're actually class='bold'>class='bold'>class='bold'>class='bold'>particles class='bold'>class='bold'>of force that are exchanged by the class='bold'>class='bold'>class='bold'>class='bold'>particles class='bold'>class='bold'>of matter.

They actually export water class='bold'>class='bold'>molecules through.

Oil is a stew class='bold'>class='bold'>of hydrocarbon class='bold'>class='bold'>molecules.

Chemical reactions can result in the formation or dissociation class='bold'>class='bold'>of class='bold'>class='bold'>molecules, that is, class='bold'>class='bold'>molecules breaking apart to form two or more smaller class='bold'>class='bold'>molecules, or rearrangement class='bold'>class='bold'>of class='bold'>class='bold'>atoms within or across class='bold'>class='bold'>molecules.

If you have 2 moles class='bold'>class='bold'>of hydrogen, 2 moles class='bold'>class='bold'>of iodine, so it's going to form 2 moles class='bold'>class='bold'>of hydrogen iodide.

Subpixel bits

ATP bonds.

And they really help class='bold'>class='bold'>molecules,

Part class='bold'>class='bold'>of the chamber opens to a differentially permeable membrane that lets water class='bold'>class='bold'>molecules through, but not the solute class='bold'>class='bold'>class='bold'>class='bold'>particles.

Vinegar is an example class='bold'>class='bold'>of a solution where the class='bold'>class='bold'>molecules class='bold'>class='bold'>of acetic acid are blended with class='bold'>class='bold'>molecules class='bold'>class='bold'>of water.

Yep, three water class='bold'>class='bold'>molecules.

So solute class='bold'>class='bold'>class='bold'>class='bold'>particles make you have a lower boiling point.

Let's say I have a container now, and it's got a bunch class='bold'>class='bold'>of class='bold'>class='bold'>molecules class='bold'>class='bold'>of gas in it.

These conversations are for intraspecies communication.

What is the Higgs?

These green things are chlorophyil class='bold'>class='bold'>molecules.

So then we have three water class='bold'>class='bold'>molecules.

And these are 3 carbon class='bold'>class='bold'>molecules.

This is soap that's made from silver nanoclass='bold'>class='bold'>class='bold'>class='bold'>particles, which have antibacterial properties.

I only have 1O2 instead class='bold'>class='bold'>of 5O2.

Instead, think class='bold'>class='bold'>of water class='bold'>class='bold'>molecules.

There are actually only 4 building blocks.

This little syringe contains the moral molecule.

'is to use heat to release the scent class='bold'>class='bold'>molecules,

I say, Well I want class='bold'>class='bold'>molecules.

Radiation consists class='bold'>class='bold'>of travelling energy in the form class='bold'>class='bold'>of waves or class='bold'>class='bold'>class='bold'>class='bold'>particles.

It is made up from smaller building blocks, just like LEGOs.

So we multiply the entire equation by 4, we have 4 class='bold'>class='bold'>molecules class='bold'>class='bold'>of ammonia.

We combine that with six moles class='bold'>class='bold'>of molecular oxygen.

let's have another one that's over here, some relatively

large class='bold'>class='bold'>molecules class='bold'>class='bold'>of solute relative to water, and this is because a water molecule really isn't that big.

Like, you know, you have the skin class='bold'>class='bold'>class='bold'>class='bold'>particles class='bold'>class='bold'>of every single museum visitor.

This is molecular hydrogen has two hydrogens and we have two moles class='bold'>class='bold'>of this.

At equilibrium the rate class='bold'>class='bold'>of transfer class='bold'>class='bold'>of CO2 class='bold'>class='bold'>from the gas to the liquid phase is equal to the rate from liquid to gas.

It looks like there's certain types class='bold'>class='bold'>of air in it, certain types class='bold'>class='bold'>of air class='bold'>class='bold'>class='bold'>class='bold'>particles, and depending on what type class='bold'>class='bold'>of air class='bold'>class='bold'>class='bold'>class='bold'>particles you're looking at whether it is carbon, or oxygen, or nitrogen, that seems to have different types class='bold'>class='bold'>of properties.

And the DNA class='bold'>class='bold'>of every living organism is made class='bold'>class='bold'>of chains class='bold'>class='bold'>of four smaller class='bold'>class='bold'>molecules called nucleotides.

We could say that we started class='bold'>class='bold'>off with two moles class='bold'>class='bold'>of molecular hydrogen.

As you are blowing, you're forcing more and more gas class='bold'>class='bold'>class='bold'>class='bold'>particles into the balloon from your lungs.

Two Trades and Crafts posts to General Service (Other level)

(g) Security Section Seven posts four Field Service, one General Service and two national General Service staff.

They are in the Giddy up! class='bold'>class='bold'>category.

Always in fivers.