"Would it be possible to have an addition polymer synthesized from a monomer that has only single bonds? Why or why not?"

==> I know that an addition polymer can only be synthesized from a monomer that has double bonds, but my textbook did not explain why. Can someone explain this to me please? Thanks so much!!!!

This may help.

http://www.materialsworldmodules.org/resources/polimarization/3-addition.html

Thanks so much!! This helped a lot!! :)

Because one of the double bond will remove to another two

Of course, I'd be happy to explain!

To understand why addition polymers can only be synthesized from monomers that have double bonds, we first need to take a closer look at the process of polymerization.

Polymerization is a chemical reaction that links small molecules called monomers together to form a larger molecule called a polymer. There are two common types of polymerization: addition polymerization and condensation polymerization.

In addition polymerization, monomers with unsaturated bonds (usually double bonds) are joined together, forming a polymer chain. This reaction is typically initiated by a catalyst or heat. The double bonds in the monomers are broken, allowing the polymer chain to grow.

Now, let's consider a monomer with only single bonds. Single bonds do not have the necessary reactivity to undergo addition polymerization. The presence of a double bond provides the needed unsaturation and reactivity required for the addition polymerization reaction to occur.

In other words, double bonds are crucial for the formation of polymer chains through addition polymerization. Without double bonds in the monomer, there is no opportunity for the necessary bond-breaking and chain growth to happen.

Therefore, it is not possible to synthesize an addition polymer from a monomer that has only single bonds. The presence of double bonds is essential for the reaction to take place.

I hope this explanation clarifies why addition polymers can only be synthesized from monomers that have double bonds. If you have further questions, feel free to ask!