Orbital

Orbital.

Orbital.

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Orbital mode

Orbital decay

Molecular Orbital

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.

They have some kind of green welding or something.

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

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You have a hydrogen here that just has a 1s orbital. It has a hydrogen here, 1s orbital, hydrogen here, 1s orbital.

And it will be sub orbital.

We're going after an orbital prize.

The orbital position here is perfect.

This is a hybridized sp3 orbital.

What is an sp3 hybridized orbital?

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A hydrogen just has one electron in the 1s orbital, so the hydrogen has a 1s orbital.

An sp3 orbital looks something like this.

So a p orbital is that dumbbell shape.

This sp3 hybridized orbital, what it actually looks like is something that's in between an s and a p orbital.

The hydrogens 1s orbital bonds with well, each of the hydrogen's 1s orbital bonds with each of the carbon's sp3 orbitals.

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 a p orbital is just that dumbbell shape.

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So first we fill the 1s orbital, so if our nucleus is sitting here, our 1s orbital gets filled with two electrons.

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And then this guy over here also has a p orbital that is parallel to this p orbital, so it goes like that.

Let's say that this is the nucleus of our atom, super small, and around that we have our first orbital, the 1s orbital.

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When they get mixed up, the orbital looks like this.

A hybridized orbital is a combination of s and p.

So when you mix them all, instead of having an s orbital, so if this is a nucleus and we do a cross section, an s orbital looks like that and the p orbital looks something like that in cross section.

But the further away an orbital, it does have more potential.

And then this guy has an sp3 hybridized orbital as well.

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

They all look like they're kind of in the same orbital.

So imagine that it's kind of a fuzzy shell around the 1s orbital, so it's around the 1s orbital, and your next electron will go there.

So you have your 2p sub x orbital, and so what that'll

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

The 2s orbital, you can view it as a shell around the 1s orbital, and all of these, you can't really view it in our conventional way of thinking.

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

You actually have a p orbital that goes along each of those axes.

So this is how the hydrogen orbital and the carbon orbitals get mixed.