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Title your page: Polymerization Notes Set up your page for Cornell Notes:

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Title your page: Polymerization Notes Set up your page for Cornell Notes:
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Page 1: Title your page: Polymerization Notes Set up your page for Cornell Notes:

Title your page:

Polymerization Notes

Set up your page for Cornell Notes:

Page 2: Title your page: Polymerization Notes Set up your page for Cornell Notes:

Polymerization

Page 3: Title your page: Polymerization Notes Set up your page for Cornell Notes:

What do you think polymerization is?

What I think polymerization is:

Based on the pictures shown, I think polymerization is ___________________________________________ .

Page 4: Title your page: Polymerization Notes Set up your page for Cornell Notes:

Share with your partner what you think

polymerization is.

Page 5: Title your page: Polymerization Notes Set up your page for Cornell Notes:

Monomers are

basic building blocks

Page 6: Title your page: Polymerization Notes Set up your page for Cornell Notes:

The monomer of a chain is:

One Link

Page 7: Title your page: Polymerization Notes Set up your page for Cornell Notes:

What is the monomer of

1. A LEGO SHOE? 2. A Brick Wall?

Page 8: Title your page: Polymerization Notes Set up your page for Cornell Notes:

The monomer of

1. A LEGO SHOE IS 2. A Brick Wall Is

One LEGO PIECE ONE BRICK

Page 9: Title your page: Polymerization Notes Set up your page for Cornell Notes:

What your notes should look like now:

What I think polymerization is:

Monomer definition:

Analogies of Monomers

Based on the pictures shown, I think polymerization is __________________________________________ .

The basic building block.

1. A monomer of a chain is one link.2. A monomer of a lego shoe is one lego piece.3. A monomer of a brick wall is one brick.

Page 10: Title your page: Polymerization Notes Set up your page for Cornell Notes:

Monomers of Biomolecules

1.Carbohydrates:

2.Lipids:

3.Proteins:

4.Nucleic Acids:

Page 11: Title your page: Polymerization Notes Set up your page for Cornell Notes:

Monomers of Biomolecules

1.Carbohydrates: Monosaccharide

2.Lipids:

3.Proteins:

4.Nucleic Acids:

Page 12: Title your page: Polymerization Notes Set up your page for Cornell Notes:

Monomers of Biomolecules

1.Carbohydrates: Monosaccharide

2.Lipids: 1 glycerol + 3 fatty acids

3.Proteins:

4.Nucleic Acids:

Page 13: Title your page: Polymerization Notes Set up your page for Cornell Notes:

Monomers of Biomolecules

1.Carbohydrates: Monosaccharide

2.Lipids: 1 glycerol + 3 fatty acids

3.Proteins: amino acid

4.Nucleic Acids:

Page 14: Title your page: Polymerization Notes Set up your page for Cornell Notes:

Monomers of Biomolecules

1.Carbohydrates: Monosaccharide

2.Lipids: 1 glycerol + 3 fatty acids

3.Proteins: amino acid

4.Nucleic Acids: nucleotide

Page 15: Title your page: Polymerization Notes Set up your page for Cornell Notes:

What is Polymerization?

• Polymerization is the chemical process of joining monomers together to form a polymer.• A polymer is a combination of

monomers.

Page 16: Title your page: Polymerization Notes Set up your page for Cornell Notes:

How does Polymerization happen?

• Dehydration synthesis – monomers form a bond by losing 1 molecule water H20 to become a polymer

Monomer MonomerMonomer Polymer

Page 17: Title your page: Polymerization Notes Set up your page for Cornell Notes:

How does a polymer break down into monomers?

• Hydrolysis – 1 water (H20) is added to a polymer to break it apart

Page 18: Title your page: Polymerization Notes Set up your page for Cornell Notes:

Review Time

•Review your notes •Write a quick summary• Share your summary with

your partner


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