1. Organic Molecule Foldable

2. Fold a piece of 11 x 17 paper in half the “hamburger” way and crease.

3. Fold a piece of 11 x 17 paper in half the “hamburger” way and crease.
Unfold the paper.
Then fold each end into the middle crease.
Fold
Fold

4. Unfold the paper back flat
Fold a piece of 11 x 17 paper in half the “hamburger” way and crease.
Unfold the paper.
Then fold each end into the middle crease.
Unfold the paper back flat
Divide the right fold into thirds with a straight line.
Divide the left side fold in half with a straight line.
Draw
Draw
Draw

5. Cut the left line to the first fold on the left
Fold a piece of 11 x 17 paper in half the “hamburger” way and crease.
Unfold the paper.
Then fold each end into the middle crease.
Unfold the paper back flat
Divide the right fold into thirds with a straight line.
Divide the left side paper in half with a straight line
Cut the left line to the first fold on the left
Cut the right lines to the first fold on the right
Cut
Cut
Cut

6. Fold the flaps in and label each as follows ::
Left side flaps = Carbohydrates and Lipids
Right side flaps = Carbon, Proteins and Nucleic Acids
Fold
Fold
Carbon
Carbohydrates
Protein
Nucleic
Acids
Lipids

7. Categories Carbohydrates (left side) pg. 46-47
Lipids (left side) pg. 47, pg. 204
Carbon (top right side) pg. 45, diagram pg. 34
Proteins (right middle side) pgs
Nucleic Acids (bottom right) pg. 48, pg

8. For the flap labeled Carbon:
In Chapter 2 section 3, read the section “The Chemistry of Carbon”
list at least 4 major points about Carbon
draw the Carbon Atom showing protons, electrons and neutrons in their correct locations

9. For the macromolecules, look up the information in your book and put it behind the “flap” for each organic molecule:
1) Name the Subunit(s) or building block(s) and draw a picture showing the chemical structure of it (them).
2) Function, description and example of that organic molecule
3) Name and picture of an example of the organic macromolecule (one of the polymer forms)