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Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San...

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Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San Bernardino, CA 2007 Prentice Hall Chemistry for Changing Times, 11 th edition John W. Hill and Doris K. Kolb
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Page 1: Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San Bernardino, CA  2007 Prentice Hall Chemistry for Changing.

Chapter 10Polymers: Giants Among

Molecules

James A. Noblet

California State University

San Bernardino, CA

2007 Prentice Hall

Chemistry for Changing Times, 11th edition

John W. Hill and Doris K. Kolb

Page 2: Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San Bernardino, CA  2007 Prentice Hall Chemistry for Changing.

The most simple and least expensive synthetic polymer is:

1. Polyethylene

2. Polypropylene

3. PVC

4. Nylon

5. Polystyrene

Page 3: Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San Bernardino, CA  2007 Prentice Hall Chemistry for Changing.

The most simple and least expensive synthetic polymer is:

1. Polyethylene

2. Polypropylene

3. PVC

4. Nylon

5. Polystyrene

Page 4: Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San Bernardino, CA  2007 Prentice Hall Chemistry for Changing.

1. Thermoplastic polymers

2. Thermosetting polymers

3. Addition polymers

4. Condensation polymers

5. Vinyl polymers

The type of polymers, epoxy glues for example, that can only be formed once, and then can never be remolded

or recycled are:

Page 5: Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San Bernardino, CA  2007 Prentice Hall Chemistry for Changing.

1. Thermoplastic polymers

2. Thermosetting polymers

3. Addition polymers

4. Condensation polymers

5. Vinyl polymers

The type of polymers, epoxy glues for example, that can only be formed once, and then can never be remolded

or recycled are:

Page 6: Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San Bernardino, CA  2007 Prentice Hall Chemistry for Changing.

The general class of polymers made from the shown monomer, where R can be many different

organic groups is:

1. Polyesters

2. Polyamides

3. Condensation polymers

4. Biopolymers

5. Addition (or vinyl) polymers

C C

H

H

H

R

Page 7: Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San Bernardino, CA  2007 Prentice Hall Chemistry for Changing.

The general class of polymers made from the shown monomer, where R can be many different

organic groups is:

1. Polyesters

2. Polyamides

3. Condensation polymers

4. Biopolymers

5. Addition (or vinyl) polymers

C C

H

H

H

R

Page 8: Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San Bernardino, CA  2007 Prentice Hall Chemistry for Changing.

1. Oxygen 2. Sulfur3. Nitrogen4. Hydrogen5. Phosphorous

Vulcanization is the process whereby the polymer chains of natural rubber are cross-linked by the addition of

which element?

Page 9: Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San Bernardino, CA  2007 Prentice Hall Chemistry for Changing.

The vulcanization process was patented by Charles Goodyear in 1844.

1. Oxygen 2. Sulfur3. Nitrogen4. Hydrogen5. Phosphorous

Vulcanization is the process whereby the polymer chains of natural rubber are cross-linked by the addition of

which element?

Page 10: Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San Bernardino, CA  2007 Prentice Hall Chemistry for Changing.

Polymers that are capable of being recycled belong to which class of polymers?

1. Thermosets

2. Thermoplastics

3. Polyesters

4. Condensation polymers

5. Thermoelastic polymers

Page 11: Chapter 10 Polymers: Giants Among Molecules James A. Noblet California State University San Bernardino, CA  2007 Prentice Hall Chemistry for Changing.

Polymers that are capable of being recycled belong to which class of polymers?

1. Thermosets

2. Thermoplastics

3. Polyesters

4. Condensation polymers

5. Thermoelastic polymers


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