1. Monosaccharide Papers: Carbohydrates
A. Using your notes , do the following:
Label a single monosaccharide as glucose. Color it green.
Create a disaccharide, and label it. Color this sugar blue.
Create a polysaccharide with 6 monomers, and label it. To do this remove a H from the left and an OH from the right.
Color this sugar red.
B. Paste these into your lab notebook with answers to the following questions:
What is the function of these molecules?
What are some examples of each type of carbohydrate?
A. Using your notes , do the following:
Label a single monosaccharide as glucose. Color it green.
Create a disaccharide, and label it. Color this sugar blue.
Create a polysaccharide with six monomers, and label it. To do this remove a H from the left and an OH from the right.
Color this sugar red.
B. Paste these into your lab notebook with answers to the following questions:
What is the function of these molecules?
What are some examples of each type of carbohydrate?

2. Glycerol and fatty acid monomers: Lipids
Using your notes, do the following:
Build and label a saturated fat. To do this remove a H from the right and an OH from the left.
Color it yellow.
Build and label an unsaturated fat. Color it orange.
Answer these questions in your lab notebook:
What are the roles of fats and in living organisms?
Compare lipids to carbohydrates. (venn diagram)
Using your notes, do the following:
Build and label a saturated fat. To do this remove a H from the right and an OH from the left.
Color it yellow.
Build and label an unsaturated fat. Color it orange.
Answer these questions in your lab notebook:
What are the roles of fats and in living organisms?
Compare lipids to carbohydrates. (venn diagram)

3. Amino Acid Papers Amino Acid Papers General structure of an amino acid
Using your notes, do the following:
Label and color the general amino acid diagram:
Central carbon (red)
Amino group (yellow)
R-group (variable group) (green)
Hydrogen ion (blue)
Carboxylic acid group (pink)
B. Create a polypeptide chain in your lab notebook using at least 3 AAs. Mark the peptide bond that forms between amino acids with a red circle for each bond formed. Be sure you are using condensation to connect the amino acids to one another. To do this remove a H from the left and an OH from the right.
Answer the following questions in your lab notebook:
What roles do proteins play in living organisms?
What is primary structure as it relates to proteins?
Using your notes, do the following:
Label and color the general amino acid diagram:
Central carbon (red)
Amino group (yellow)
R-group (variable group) (green)
Hydrogen ion (blue)
Carboxylic acid group (pink)
B. Create a polypeptide chain in your lab notebook using at least 3 AAs. Mark the peptide bond that forms between amino acids with a red circle for each bond formed. Be sure you are using condensation to connect the amino acids to one another. To do this remove a H from the left and an OH from the right.
Answer the following questions in your lab notebook:
What roles do proteins play in living organisms?
What is primary structure as it relates to proteins?