00:01
First of all, let's have a look what all is given in the problem.
00:05
Given is different different compounds are given.
00:08
Different different compounds are given.
00:10
And what we are supposed to do is we need to arrange them in their reactivity order of the sn1 reaction.
00:17
We need to arrange them in their reactivity order of sn1 reaction.
00:23
So for arranging them according to the reactivity order of sn1 reaction, we know that the stability of cargo -cation matters here.
00:31
So the more stable the carburetion formed, the more reactive will be the compound.
00:38
So let's write the stability order of cargo -cation.
00:41
It is nothing but 3 -degree followed by 2 -degree followed by 1 degree.
00:46
This is the state.
00:48
So now we can decide.
00:50
Let's draw the compounds first.
00:52
The first compound that is given is c6 -h -5 -ch2 -br.
00:56
This is my first compound that is given.
00:59
Now we can see that this is the primary one.
01:02
Let's draw the second one that is given.
01:05
Carbon is attached to c6h5.
01:09
And on the other side it is attached to ch3.
01:13
On the other side it is again it is attached to c6h5.
01:17
And this side we are now we can see that this is 3 degree.
01:21
Now let's draw the other compounds also.
01:24
This carbon atom is attached to c6h5.
01:27
Again, it is attached to phenyl group on one side...