00:02
The r 2 methyl cyclohexanone structure will be like this.
00:16
This will be the 2 methyl cyclohexanone where the methyl 2 present in the above the below the plane and hydrogen present above the plane.
00:29
This carbon getting the first priority because it is attached with the oxygen, then this carbon is the second priority because this carbon attached to the another carbon.
00:38
This carbon also attached to the another carbon, but this carbon attached to the another carbon but this will be attached to the hydrogen.
00:44
It will be third and hydrogen will be the least priority.
00:48
Now, 1, 2, 3 that is the rotation will be anti -clockwise.
00:57
So, it will be the anti -clockwise.
01:00
Now, the least priority 2 hydrogen will be above the plane.
01:08
So, it should be r.
01:11
Now, it will react with acidic or basic medium.
01:15
Let us say acidic medium.
01:17
So, the lone pair of oxygen will take the h plus and it will convert to h plus.
01:24
Now, here the methyl will be present below the plane, hydrogen will be present above the plane.
01:31
Again, in the water, we will take this proton or hydrogen and this goes here and this one goes neutralizing the wave.
01:42
This will be wave and here will be a double bond form...