QuestionWhat is the product of cyclohexene with ? Identify the reaction type: substitution, addition, or elimination? Compare with phenol and .
Studdy Solution
STEP 1
Assumptions1. We are dealing with a reaction between cyclohexene and .
. We are asked to identify the product of this reaction.
3. We are asked to identify the type of this reaction substitution, addition, or elimination.
4. We are asked to compare this reaction with the reaction between phenol and from exercise9.
STEP 2
First, let's identify the product of the reaction between cyclohexene and . Cyclohexene is an alkene, which means it contains a carbon-carbon double bond. is a halogen. When an alkene reacts with a halogen, the reaction is typically a halogen addition reaction, where the halogen adds across the double bond.
The product of this reaction would be1,2-dibromocyclohexane.
STEP 3
Now, let's identify the type of this reaction. As mentioned above, this is a halogen addition reaction. In this type of reaction, the halogen (in this case, ) adds across the double bond of the alkene (in this case, cyclohexene). Therefore, this is an addition reaction.
STEP 4
Now, let's compare this reaction with the reaction between phenol and from exercise9. Without the specifics of exercise9, we can say that phenol is an aromatic compound and it reacts with in a substitution reaction, specifically electrophilic aromatic substitution, rather than an addition reaction. This is because the aromatic ring in phenol is very stable and tends to undergo substitution reactions rather than addition reactions.
In conclusion, the reaction of cyclohexene with is an addition reaction, producing1,2-dibromocyclohexane. This is different from the reaction of phenol with , which is a substitution reaction.
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