Reaction of CBr4 with 1-Butene: Effects of Peroxides Explored

In summary, when CBr4 is added to 1-butene (CH3-CH2-CH=CH2) in the presence of peroxides, it can result in a polymerization reaction that can either create plastic or cause an explosion. The exact result depends on the specific peroxide used and the conditions of the reaction.
  • #1
ilovephysicssomuch
23
0
what happens when you add CBr4 to 1-butene (CH3-CH2-CH=CH2) with the presense of peroxides??
 
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  • #2
just wondering

:confused: does the Br attach to the methyl group making it CH2Br-cyclopenane?
or does it attach to the carbon that is attached the the methyl group making it 1-bromo-1-methylcyclopentane?
 
  • #3
or

or would Br replace the methyl group?
 
  • #4
We have a homework forum for these kinds of questions, I'll move it there.
 
  • #5
ilovephysicssomuch said:
what happens when you add CBr4 to 1-butene (CH3-CH2-CH=CH2) with the presense of peroxides??
The peroxide breaks into radicals, radicals attack the butene, the butene turns into a radical, butene joins onto other butenes turning them into radicals, plastic is made. The CBr4 cries because his friends started without him.
Either that or the reaction gets out of control and it explodes. You're talking about mixing peroxides with alkenes; it sounds explosive.
 
  • #6
answer

so, if it explodes, no reaction occurs?
 
  • #7
again, specify the reagents. Which peroxide exactly are you referring to? We're probably looking at a polymerization reaction here.
 

1. What is a product of a reaction?

The product of a reaction refers to the substance or substances that are formed as a result of a chemical reaction. This can include new molecules, compounds, or elements.

2. How is the product of a reaction determined?

The product of a reaction is determined by the reactants that are involved and the conditions of the reaction, such as temperature and pressure. Chemical equations can also be used to predict the products of a reaction.

3. What is the purpose of identifying the product of a reaction?

Identifying the product of a reaction is important for understanding the outcome of a chemical reaction and its potential applications, such as in industrial processes or in biological systems. It also allows for the study and manipulation of reactions to produce desired products.

4. Can a reaction have more than one product?

Yes, a reaction can have multiple products depending on the reactants and conditions involved. This is known as a multi-product reaction and is common in organic chemistry.

5. How does the product of a reaction differ from the reactants?

The product of a reaction differs from the reactants because it has undergone a chemical change and has different chemical and physical properties than the reactants. This change is often accompanied by the release or absorption of energy.

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