How would you make a polymer that is strong and rigid for a container?
A) have branches on the polymer
B) cross-linking
C) add a metal catalyst
D) add an ingredient to hydrogen bond with the polymer
E) have more double bonds
Correct Answer:
Verified
Q19: Which of the following are likely to
Q20: What bonds CANNOT be easily broken in
Q21: Thermoplastic materials
A) retain their structural integrity.
B) are
Q22: High density polyethylene
A) forms under conditions that
Q23: Increasing the degree of cross-linking in a
Q25: How would you make a polymer that
Q26: Cross-linking polymers results in
A) lower viscosity.
B) lower
Q27: What type of polymer would be best
Q28: What type of polymer would be best
Q29: Nylon rope, a polyamide fibre product, has
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