2. Energy

1. Activity (Soup Can Challenge)

Part I: Energy Transfer

• Using only the materials provided, design and conduct a technique for increasing the temperature of the water in your can.

Part II: Whiteboard

• The water in your soup can contains heat energy that it did not initially have. On your whiteboard, creatively diagram and explain where the energy in your soup can originated from.

Part III: Answer

• Click here.

2. Activity (Energy in Food)

• Using the diagram below as a guide, design and conduct an experiment to determine the energy in a peanut. You must gather the following:
  1. Mass of food
  2. Mass of water
  3. Initial Temperature of water.
  4. Final Temperature of water.
  5. Picture of energy release.

3. Notes (Energy equation)

• Click here.

4. Activity (Calorie Comparison)

1. Design and conduct an experiment that quantitatively compares the energy, in calories, of one nut to the energy in calories, of one Cheeto. Collect your data carefully and take multiple pictures. Share your results as a team here and share slides with "ramsey.musallam@sonomaacademy.org".
2. Specific Heat Demo ("Copper" Pennies)
3. Cheeto vs. Nut presentations (*CD)

5. Activity (yeast cells)

Part I: Budding

1. Click here to read discuss an article about Yeast.
2. Watch the below video. What is happening? What is needed for it to happen?

Part II: Experiment

• Using the materials provided (Yeast, test tubes, plastic wrap, misc. types of food) design and conduct an experiment to learn more about about how Yeast produce energy. (HINT: When yeast produce energy they also produce carbon dioxide gas). Your experiment must include the following, which you will share with the class.
  1. Research Question
  2. Control variables (words and pictures)
  3. Independent Variables (words and pictures)
  4. Dependent Variables (quantitative dat and pictures)
  5. Conclusions (words. See notes for content)

6. Results

1. Click here to download the formal Journal Article template.
2. Label and share with "ramsey.musallam@sonomaacademy.org"
3. Create a Journal Article that describes your Yeast experiment. (1/Group). Click here to see an example of a well done article.
4. Add references using APA. Click here for assistance.

7. Activity (patient Diagnosis #1)

• Click here
  1. Wear coats during all presentations.
  2. Sit in center of room in chairs.
  3. Ask probing and/or challenging questions.

8. Warm Up

• Physiological effects of ... (click here).

9. Notes (Cellular Respiration)

• Click here.

10. Activity (Lactic Acidosis)

1. Draw "Cellular Respiration" Cold.
2. Using your knowledge of Cellular Respiration, clearly explain what is happening in each clip below.

11. Activity (Making ATP)

1. How does Cellular Respiration produce ATP?
2. Penny Demo.
3. Battery Simulation (see document below).
4. Matching Challenge

12. Activity (Blood Doping)

Cellular Respiration Filim Festival

13. Activity (Creatine)

• Random Grouping (Teams: 1-6)
  1. Click here and read.
  2. Click here and share.

14. Review

• New Random Grouping (Teams: 1-6)
  • Click here.

15. Quiz

• Click here.