Valence

Henry de Valence

He has eight valence electrons.

They both have seven valence electrons.

Electron

Electron Affinity

So if we get our Periodic Table out, hydrogen's got one valence electron, so if they have two hydrogen atoms, they can share them with each other.

Draw electron shells

There's the second electron.

And that electron disappears.

If you just go straight from the electron configuration, you would expect carbon, so the 1s orbital fills first, so that's our first electron, our second electron, our third electron.

like an electron, oddly enough.

likely to find an electron.

Consider, for example, the electron.

Where, when the Initial Fundamental Plasma decays into a proton and electron, electron carries part of the Matter electron still carries part of the Antimatter electron still carries part of the Dark Matter.

Then we go to our 2s orbital, That fills next, third electron, then fourth electron.

And this device uses electron tunneling.

And then you have two extra pairs of valence electrons in the oxygen.

But the electron really could be anywhere.

An electron flies off its energy cloud.

I know people who made electron microscopes.

Electron finds its position it comes close.

That it splits into an electron and proton.

Maybe you could gain or lose an electron.

Well, it will have one electron out there.

And I wanted to go one step further, and I wanted to move one electron on and one electron off.

Clad in electron armor, wielding a sword of anonymity

Plasma of a proton, and the Plasma of electron.

So, now we see how electron finds its position.

I've been a scanning electron microscopist for many years,

This hydrogen can pretend like he has this electron.

And when we drew its electron configuration, in order for this to happen, carbon's electron configuration when bonding in methane needed to look like this.

I can allow the electron to come in and get absorbed.

But the idea is that an electron has a negative charge.

Plasma of electron interacts with plasmatic magnetic field of the proton.

If you've ever seen an electron microscope picture, you'll see this.

You're actually hearing and seeing the electron flow with the lines.

OK. Now. If something absorbs the energy, the electron can travel.

Here is a scanning electron micrograph of a grain of pollen.

The electron has a tendency to lose their actions. gt gt Patricia

This is not an electron micrograph this is just a regular photomicrograph.

If this guy can pretend like he's got that electron, he's happy.

Its electron configuration, it is 1s2, two electrons in the 1s orbital.

If you add an eighth electron, that will then go into the 2px orbital, so the eighth electron would go there, but it would have the opposite spin.

At both sides of those lines, you can kind of view that hydrogen is contributing an electron and oxygen is contributing an electron on both sides of that line.