00:01
So here we have a reaction that reaction is actually named as fridl -krafft's oscillation.
00:08
So let's perform the fridl -krafft's oscillation reaction.
00:12
The reactant which we have been provided here is this one first there will be a benzene ring and that benzene ring is being added with the group that is this one the group and alcl3.
00:26
So, let's see what is the product we are going to get here.
00:30
So let's perform the reaction.
00:32
So first we will draw the benzene here or rather we can say benzene the benzene addition the addition of benzene and the group of addition is this one group that we are going to add here.
00:43
So how we will perform the reaction? simply first we will take this ch3 c double bond ocl and this will react with alcl3 and this will react with alcl3 to form ch3 c double bond o plus charge plus alcl4.
01:03
So this is what we are going to get here.
01:05
Then further this ch3, this is carbocation, right? this carbocation is going to add or we can say attack on this benzene ring.
01:15
So this benzene ring is attacked by this carbon.
01:19
So let's do this attack and what is the resultant we are going to get? so this positive charge will attack on this place...