Stereochemistry Identifying the enantiomer of a simple...

Stereochemistry Identifying the enantiomer of a simple organic molecule Check the box under each structure in the table that is an enantiomer of the molecule shown below. If none of them are, check the none of the above box under the table. OH Molecule 1 OH Molecule 2 OH Molecule 3 HO Molecule 4 OH Molecule 5 HO Molecule 6 HO none of the above

Transcript

00:01 First of all, let's have a look what all is given in the problem.

00:04 Given is a structure of a compound is given.

00:07 Here we have wedge on wedge and this side we have two methyl groups, one on dash and the other on wedge.

00:15 What we are supposed to find out is we need to find out the enantiomer of this compound.

00:20 For finding the anentumor, first thing that we should know the scyrel's enter in the given compound.

00:27 So if we look at this, we can say that, definitely.

00:30 This center cannot be chiral because it has two methyl groups and in this case this center is going to be the chiral center this will get the first priority second and the third so the configuration is basically r because hydrogen is also on the dash only so the next compound now let's check for the options that are given in this oh is given on dash and this part that is this is your one methyl and the other methyl so this is like this one two and three the configuration is r but it will change to s because hydrogen is on wedge.

01:05 So yes, this is an enchantumor.

01:07 Molecule 1 is the enchant.

01:09 Next one that we have is the next compound that is given is which is at this position and this is at this position.

01:20 But if we look at this, we can say that this is not an inch.

01:25 This is not going to be the enensumer because we have 1 -2 substitution, not 1 -3.

01:30 Next compound that is given is this one...

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