00:01
Okay, so we're to drill the resin structures of benzene and explain why it's so stable.
00:12
So it can put a pair of electrons on one of these carbons in the ring, and as a result, we've got a positive charge on the opposite carbon of the alkyene.
00:29
And this is very unstable because we have positive charge and negative charge next to each other.
00:34
So the positive charge can move two carbons away.
00:37
The negative charge will form bond, add the next carbon.
00:40
So as a result, the carbon ion is actually going to move, i mean, the carbonide is going to move two carbons away.
00:49
So from here, it's right there.
01:02
And then from your bond right there, so two carbons away, i'll be right here.
01:21
So if we had an electron donor group, it can actually provide an extra resin structure.
01:25
And this makes them more stable because if we can spread the charge over the entire thing, it's going to make the molecule more stable.
01:32
So this is why benzene is so stable because we can move this.
01:37
Move the positive charge over the entire structure...