1. Warm Up List the characteristics of organic compounds.
Name the 4 organic molecules.
Name the monomer of:
a. carbohydrates
b. lipids
c. proteins
Which organic molecule is:
a. fats, oil, and waxes
b. web, antlers, nails, muscle
c. source of energy
d. starch and glycogen
e. enzymes and hormones
f. phospholipids

2. Organic Compounds contain carbon covalently bonded
large - macromolecules
made by living things

4. List the characteristics of organic compounds.
Name the 4 organic molecules.
Name the monomer of:
a. carbohydrates
b. lipids
c. proteins
Which organic molecule is:
a. fats, oil, and waxes
b. web, antlers, nails, muscle
c. source of energy
d. starch and glycogen
e. enzymes and hormones
f. phospholipids

5. Types of Organic Molecules
Carbohydrates
Lipids
Proteins
Nucleic acids

6. List the characteristics of organic compounds.
Name the 4 organic molecules.
Name the monomer of:
a. carbohydrates
b. lipids
c. proteins
Which organic molecule is:
a. fats, oil, and waxes
b. web, antlers, nails, muscle
c. source of energy
d. starch and glycogen
e. enzymes and hormones
f. phospholipids

7. Basic Unit
Macromolecule

8. List the characteristics of organic compounds.
Name the 4 organic molecules.
Name the monomer of:
a. carbohydrates
b. lipids
c. proteins
Which organic molecule is:
a. fats, oil, and waxes
b. web, antlers, nails, muscle
c. source of energy
d. starch and glycogen
e. enzymes and hormones
f. phospholipids
monosaccharide
glycerol and 3 fatty acids
amino acids
lipids
proteins
carbohydrates
polysaccharides
proteins
lipids

9. Macromolecule Graphic Organizer
A Review of Organic Molecules

10. Carbohydrates C, H, O Used as a source of energy
Basic unit = monosaccharide
Glucose
Polymers = polysaccharides
Starch – stored glucose in plants
Glycogen – stored glucose in animals
Cellulose – cell wall of plants; “fiber”
Ring Shape

11. Lipids C, H, O Concentrated source of energy
Basic unit = glycerol and fatty acids
Polymers
Fat – pads and insulates
Oils – waterproofs
Waxes – waterproofs, protects
Phospholipids – cell membrane component
“E” Shape

12. fold and pleat as they weave together
Proteins
C, H, O, N
Catalysts, movement, cell structure, fight disease, carry O2
Basic unit = amino acids
Polymers = polypeptide chains
Web, nails, hair, fur, feathers
Muscle, horns, antlers
Hormones, antibodies, hemoglobin, enzymes
Polypeptide chains
fold and pleat as they weave together

13. Nucleic Acids C, H, O, N, P Instructions for making proteins
Basic unit = Nucleotides
Polymers =
DNA – stores blueprints of life
RNA – does work for DNA
Sugar
Phosphate
Base

14. ATP = energy
Cells use ATP for energy.