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How to Recycle Non-recyclable Plastics

Total questions: 9

Worksheet time: 5mins

Name
Class
Date
1.

In the United States, how much of the 35.4 million tons of plastic produced each year gets recycled?

a)

8.4%

b)

10.2%

c)

25.7%

d)

50%

2.

Plastics that do not get recycled can take hundreds of years to degrade or break down. What issue or issues does this cause?

a)

Plastic Waste ends up in the oceans

b)

Tiny particles called microplastics are spread by water and air

c)

Plastics create a surface for greater microbial growth

d)

Plastic ends up being ingested by humans and animals

e)

Plastics create carbon dioxide emissions

3.

Long chains of repeating groups of atoms is called...?

a)

microplastics

b)

monomers

c)

thermoset plastics

d)

polymers

4.

True or False - The type of plastic that currently cannot be recycled is...?

a)

Thermoset

b)

Thermoplastic

c)

Thermodated

d)

Thermodynamic

5.

Crosslinks in polymerization are created when..

a)

long polymer chains are linked using free radicals to make a single dense molecule

b)

long polymer chains are linked using free radicals to make longer and longer polymer chains

c)

short polymer chains add monomers to make longer polymer chains

d)

Four different polymers are added together to create two new polymer chains

6.

Vitrimers are...?

a)

A catalyst that breaks apart polymer chains

b)

A bacteria that eats plastic

c)

a polymer that can release crosslinks

d)

a process where thermoplastic can be turned into thermoset plastic

7.

One scientific team used a ball mill to grind thermoset with zinc into fine powder. This created free radicals. What are free radicals?

a)

Freedom fighters

b)

molecules that cannot bond with other molecules

c)

positively charged ions that escape polymerization

d)

molecules with one or more unpaired outer electrons

8.

After the process of using a ball mill to grind thermoset with zinc into fine powder, what occurs?

a)

crosslinked bonds become non-permanent like vitrimers

b)

polymer chains become crosslinked

c)

the powder can be disposed of easily

d)

none of these

9.

Why do scientists want to be able to use vitrimers?

a)

These are tough plastics that can be recycled

b)

They want to reduce plastic waste in industry by replacing thermoset plastic

c)

They need polymers bonds that can easily be unlinked

d)

all of these

e)

none of these