00:01
So this question is asking us to draw the five structural ice summers of c six h 14.
00:09
So because this is a heck saying the 1st 1 we're going to draw is just a basic six carbon chain.
00:29
So there you can see we have 123456 carbons.
00:34
And then if you add up all the hydrogen is you'll get 14.
00:38
And that's the only ice summer we can draw.
00:40
That has a continuous line of six carbons.
00:45
So what we're going to do for the next one is we're actually going to pull one of these carbons out, and we're going to connect it.
00:53
So show you what? i mean, i'll go ahead and connect that next carbon to the second carbon in the chain.
01:13
So then you have a chain of five carbons and then one method group off to the second position.
01:20
Now, we're not going to do this again with a carbon group attached to this carbon, because that would just essentially be this same thing just flipped upside down.
01:30
But we can draw 1/3 chain where we've attached the method group to the third carbon in the chain.
01:49
56 and that is our third eye summer...