00:01
Hello, hi students, let me explain you the question here.
00:03
In this particular compound, this is the di glycerol.
00:07
So this is the dioglycerol.
00:08
It is one of the compound in qtex nail polish remover.
00:13
Nail polish remover.
00:16
So here we have to find out how many chiral carbon atoms are present.
00:23
Chiral carbon atoms.
00:25
So what is meant by chiral carbon atom? if a carbon atom, it is attached to four different students.
00:32
Then that particular carbon atom we called it as chiral carbon atom whenever we see observe here so here ch2 that means two substituents are same whereas here so this is different substituent this is different this is different and one more it is hydrogen so it will be the chiral carbon atom so here also ch2 same h is and so this is not chiral carbon here ch not chiral carbon so here four different students so it is the chiral carbon atom and here also see as no chiral carbon so how many chiral carbon atoms are then to then coming to the next compound so in this particular compound we have to predict the configuration of the configuration configuration of chiral center chiral center what is chiral center if the corbore it is attached to four different substituents, then it is known as chidal carbon.
01:39
So this is the chiral carbon atom.
01:42
So this particular chidal carbon atom, we have to predict whether it is our configuration or yes configuration.
01:51
So if the carbon atom, so here four substituents are present.
01:56
So if you order, so if you arrange them, so here, this is the one first priority.
02:04
Group, second priority group, third priority group, fourth priority group.
02:09
So if you draw a curved arrow, you draw a curved arrow from the highest priority group to the lowest priority group...