Ejector

You're hogging electrons.

You're more hogging it.

No one's hogging from anyone.

Because I don't believe in hogging.

You've been hogging the whisky, Angelo.

And now the oxygen is hogging it.

This oxygen is hogging two electrons from carbon.

They're not hogging electrons one from the other.

Here it's bonding with another oxygen, not hogging anything.

They start crowding out other cells and hogging up the resources.

Because hydrogen is very non electronegative, so you're hogging its electrons.

An aspirator, is a type of ejector jet pump, that produces vacuum by means of the Venturi effect.

We know that he really didn't gain them, that he's just hogging them.

So for example, this carbon right here, it's hogging an electron from this hydrogen.

So, in either of these cases, oxygen is hogging two electrons from this carbon.

So if a carbon is bonding with a hydrogen, the carbon is hogging that electron.

And the way to think about is that oxygen is hogging each of these hydrogen's electrons.

It should be two minus, because he's hogging one electron from here and one electron from there.

And then, if we look at the water we've looked at this before the oxygen is hogging two electrons, one from each hydrogen.

If one guy is kind of hogging the electron more, for the sake of oxidation states, we're going to assume that he took the electron.

But here when it's bonded with an element with much lower electronegativity, all of a sudden it can start hogging the electrons, it gains electrons.

And then if that hydrogen gets transferred to an oxygen, along with the electron, the carbon will lose the hydrogen atom, but it really lost the electron that it was hogging before.