You have a hydrogen hydrogen bond.

So hydrogen has a covalent bond with another hydrogen.

A special type of bond forms between water molecules, known as a hydrogen bond.

A symmetric hydrogen bond is a special type of hydrogen bond in which the proton is spaced exactly halfway between two identical atoms.

It would form a bond with this hydrogen right over there.

The hydrogen is just contributing its electron to half of a bond.

This guy has 1 bond, so the other 3 must be with hydrogen.

He will form a bond with the hydrogen using the hydrogen's electrons, so they'll get together and they'll form a bond.

When any of these guys bond with hydrogen they're going to hog the electron.

So a good partner to bond with is hydrogen, because It (carbon) has four valence electrons, and then hydrogen has one valence electron.

And we have the hydrogen with its pink electron that it's contributing to the bond.

The carbons double bond with each other so that fewer hydrogen can fit and we call this unsaturated fat.

Hydrogen, hydrogen, hydrogen..

So even though oxygen and hydrogen are in a covalent bond in water they're sharing electrons oxygen is more electronegative, much more electronegative than hydrogen, so it's going to hog the electrons.

So it's carbon, hydrogen, hydrogen, hydrogen.

The Grotthuss mechanism is the mechanism by which an 'excess' proton or protonic defect diffuses through the hydrogen bond network of water molecules or other hydrogen bonded liquids through the formation or cleavage of covalent bonds.

H A and X A, when both atoms are considered together, are called hydrogen halogen bond donors, accordingly, and D is HB XB acceptor.

So there's a bond right here, and this is why hydrogen is a diatomic molecular gas, and this is why iodine is the same.

So you're going to have a hydrogen there, a hydrogen over there, a hydrogen over here... a hydrogen over here, a hydrogen over there... a hydrogen over here, almost done, hydrogen there and then a hydrogen there.

Hydrogen stations Hydrogen stations which are not situated near a hydrogen pipeline get supply via hydrogen tanks, compressed hydrogen tube trailers, liquid hydrogen trailers, liquid hydrogen tank trucks or dedicated onsite production.

It's going to be very hard for someone to organize with this guy, to get near enough for the hydrogen bond to start taking hold.

And if we look at the periodic table, and we see where hydrogen is, and we see where carbon, nitrogen, oxygen and phosphorous and really all this other stuff is, you see that all of the stuff that in biological systems, hydrogen tends to bond with, the things it tends to bond with are much, much more electronegative.

My name is Bond, Jamal Bond.

Ahoy, Mr. Bond! Ahoy, Mr. Bond!

Let's say they bond here, they bond here, and they bond here.

So hydrogen, this hydrogen, might have one.

Hydrogen

Hydrogen

Hydrogen

Hydrogen

Bond

Creates a bond, creates a bond of respect.

He has a free electron over there hydrogen, hydrogen.

Hydrogen pocket!

Hydrogen iodide.

Hydrogen Iodide.

Bond offering

Bond Labels

Bond number

Bond Radius

Bond Length

Bond Angle

Bond Length

Bond Radius

Bond Paper