00:01
We call this the octanoic acid.
00:05
So, ch3, and you ch2, 6, c -o -o -h.
00:16
So you have acorn, octanoic, and then you have carbonic acid.
00:22
The second one is propanamide.
00:26
So you have c .h3, c .h2, and then you have a carbonyl group, and you have a carbonyl group, and you have an amy group.
00:41
And the third one is n -n -di -ethyl hexanamide.
00:47
So you can see this is ch3, connect to the methyl group, connect to a nitrogen, and then there is, oh, sorry, this is ethel group, ch2, ch3, ch2, this is an ethyl group, connect to a nitrogen, and there is another ethel group, ch2, ch3.
01:11
And then the nitrogen connect to a carbonial group co, and then ch2, repeating four times, and then ch3.
01:26
So you can see that both ethel group .esoc connect to the nitrogen, so nn, and you have hexyl.
01:36
Hexonylide group.
01:38
So basically it's hexonylic acid amide where the nitrogen is bonding to two different ethel group...