Question

A. This addition polymer features aromatic rings and is commonly found in moisture-barrier wraps used in home construction B. This condensation polymer is the product of a difunctional acid with aromatic character and the type of glycol one would find in antifreeze solutions and is used to make countless beverage containers annually. C. This addition polymer is completely halogenated and is associated with non-stick working surfaces in the kitchen and in industry. D. This condensation polymer is the product of an aromatic difunctional acid with an aromatic difunctional amine and is used to make tough plastics and fibers for protective garments like body armor and helmets. E. This class of condensation polymers is the result of both inorganic chemistry and organic chemistry and is used in a variety of applications, including sealants, defoamers and artificial body parts. F. This addition polymer is used to make automotive and truck interiors, along with living hinges for containers holding consumer products. G. This condensation polymer is the reaction product of difunctional adipic acid and the difunctional amine, hexamethylenediamine and was initially developed as a silk substitute for garments and parachutes. H. This condensation polymer is the product of the ring opening of a 7-membered heterocyclic compound featuring an amide linkage. 1. This addition polymer is commonly used to make milk jugs. J. This addition polymer is commonly found in home plumbing fixtures and historically used to make record albums. K. This addition polymer is commonly associated with "bulletproof glass and was a feature of protective enclosures on high altitude bombers initially, select 1. Polypropylene select 2. Nylon 6 select 3. Poly-Vinyl Chloride select 4. Polyethylene terephthalate select - 5. Poly-Methyl Methacrylate select 6. Kevlar select - 7. Poly-Tetrafluoroethylene select 8. Nylon 6,6 select - 9. Poly-Styrene select - 10. Polysiloxanes 11. Poly-Ethylene e < select O