Questions: Which type of polymerization process could be used with these monomers and what type of bonds will form in the polymer? Addition polymerization, amide bonds Condensation polymerization, ester bonds Condensation polymerization, amide bonds Addition polymerization, ester bonds

Which type of polymerization process could be used with these monomers and what type of bonds will form in the polymer? Addition polymerization, amide bonds Condensation polymerization, ester bonds Condensation polymerization, amide bonds Addition polymerization, ester bonds
Transcript text: Which type of polymerization process could be used with these monomers and what type of bonds will form in the polymer? Addition polymerization, amide bonds Condensation polymerization, ester bonds Condensation polymerization, amide bonds Addition polymerization, ester bonds
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Solution

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Solution Steps

Step 1: Identify the reaction type

The monomers react to form a larger molecule and a small molecule, water (H2O), is eliminated during the reaction. This indicates a condensation polymerization.

Step 2: Identify the new bond formed

The new bond formed during the reaction is between a carboxylic acid (-COOH) group from one monomer and an amine (-NH2) group from another. This type of bond is called an amide bond.

Final Answer: The correct option is Condensation polymerization, amide bonds.

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