Helium has one more, so that will also go into the 1s orbital.

And then the one after that won't go into 2py or 2px, it'll go into 2pz.

We're in the pipe. Five by five.

They're moving into a low orbit.

I am entering your orbit now, General.

It actually wants to separate itself within the p orbital, so the very next electron that you add won't go into 2px, it'll go into 2py.

If you add a fifth electron, you would expect it to go into the 2px orbital right there.

This looks like a 2sp3 orbital, that looks like a 2sp3 orbital, that looks like a 2sp3 orbital.

And Verrocchio looked at these paintings and instead of pointing a finger at a different orbit, said,

Master!

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

So let's try.

Enterprise hasn't left orbit. They're maintaining a stationary position above the Forge.

Pretty straight forward. The robot does exactly what we want.

So, we'll click Ford, and now that becomes the center.

After that is filled, then you move onto the 2s orbital.

Nothing fancy, just a combination of s and p orbitals.

Move into a stationary orbit.

The launch of the second version of Kwangmyongsong 3 satellite from Pyonganbukdo Julsangun Sohae Lunch site on December 12th was successful.

On December 12th, the second version of the Kwangmyongsong 3 satellite was successfully launched by the Unha 3 rocket at the Sohae Launch site in Julsangun, Pyonganbukdo.

So let's say that that's the nucleus and I'll just draw their p orbitals.

You would expect some type of bonding to form with the x orbitals or the y orbitals.

Equatorial orbit nailed.

Orbital

How much of the light is being dimmed depends on how big the planet is.

So you have your 1s orbital and it can fit two electrons, so the first electron will go into the 1s orbital and then the second electron will also go into the 1s orbital.

So this is my y axis, this is my x axis, and our path is going to be the unit circle.

If you're successful, by the time we enter orbit, Qu'Vat will be spared.

How is that possible? Why now?

Break orbit, now.

Now, if we keep adding electrons, now we move to the 2p orbitals.

We are preparing to orbit the planet.

And so this function of where an electron is, this is called an orbital.

So instead of this being a 2s, what it really looks like for carbon is that this looks like a 2sp3 orbital.

We're leaving orbit.

And that was a bond well, let me draw two nucleuses and

Then we fill the 2s orbital and that would be a cloud around that, kind of a shell around that.

Orbital mode

The orbits icon

What trolley?

That's what describes it's tetrahedral structure.

So you have your 1s orbital, your 2s orbital, and then you have your 2px orbital, your 2py orbital, and then you have your 2pz orbital.

Now, that's what you would expect if you just straight up kind of stayed with this model of how things fill and how orbitals look.

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.

An sp3 orbital looks something like this.