What is the relationship between compounds 1 and 2 ? 1. they...

What is the relationship between compounds 1 and 2 ? 1. they are identical 2. they are enantiomers 3. they are diastereomers 4. they are constitutional isomers 5. they are not isomers at all

Transcript

00:01 Hello everyone, in this question here they have given three compounds here they have asked that the relationship between first and second compound.

00:08 So first we are going to write the structure of three compound that one they have given.

00:12 So here this is the first compound and here we have hydrogen which is below the plane and here oh group which is above the plane.

00:23 So here also oh group which is above the plane and here it is hydrogen which is below the plane.

00:34 So this is the first compound and second compound here they have given that is here oh group which is above the plane and hydrogen which is below the plane and also here hydrogen which is above the plane and oh group which is below the plane.

01:04 This is the second compound and third compound here they have given.

01:09 So here oh group which is below the plane and hydrogen which is above the plane and also here oh group which is below the plane and hydrogen which is above the plane.

01:31 So here these three compounds here they have given.

01:33 So here they have asked that the relationship between one and two.

01:49 So here for that we are going to find out the absolute configuration here.

01:54 So here first one first compound in that consider this is the chiral carbon and this is also chiral carbon.

01:59 So here we have two chiral carbons.

02:02 These two chiral carbons and here also we have two chiral carbons.

02:08 So here we are going to find out the absolute configuration of the chiral carbons.

02:12 So first in first compound here i am going to find out the chiral carbons of this first one.

02:18 So here hydroxyl group gets first priority and this carbon gets second priority and this carbon gets third priority hydrogen gets fourth priority.

02:29 So here it moves clockwise direction hence the absolute configuration of this carbon is r configuration.

02:40 Let us consider this carbon so here hydroxyl gets first priority and this carbon gets second priority and here this gets third priority and hydrogen gets fourth priority...

Question

What is the relationship between compounds 1 and 2 ? 1. they are identical 2. they are enantiomers 3. they are diastereomers 4. they are constitutional isomers 5. they are not isomers at all

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