Chapter31: Synthetic Polymers
Section31.SE: Something Extra
Problem 33AP
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Question
![Write an equation for the polymerization of styrene showing the polymer repeat unit
in brackets.
Calculate the molar amounts of benzoyl peroxide [C6H5C(O)O]2 and styrene (d =
0.909 g/mL) used in the procedure.
Draw the structure of benzoyl peroxide and write an equation to show how it splits
into radicals upon heating.
Write an equation for the polymerization of sebacoyl chloride [CIC(O)(CH₂)8C(O)C1]
and hexamethylene diamine [H₂N(CH2)6NH2] showing the polymer repeat unit in
brackets. What would be the name of the polymer produced?
Show a generalized equation for the preparation of a polyurethane using a polyol and
a diisocyanate.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2c868733-38f9-49c9-a506-cba97ef81459%2Fccbdec48-ceb7-4554-80a6-ba86dbcc2f50%2Fps25stt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Write an equation for the polymerization of styrene showing the polymer repeat unit
in brackets.
Calculate the molar amounts of benzoyl peroxide [C6H5C(O)O]2 and styrene (d =
0.909 g/mL) used in the procedure.
Draw the structure of benzoyl peroxide and write an equation to show how it splits
into radicals upon heating.
Write an equation for the polymerization of sebacoyl chloride [CIC(O)(CH₂)8C(O)C1]
and hexamethylene diamine [H₂N(CH2)6NH2] showing the polymer repeat unit in
brackets. What would be the name of the polymer produced?
Show a generalized equation for the preparation of a polyurethane using a polyol and
a diisocyanate.
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