3. Energy

  1. Cellular Respiration.

  2. Carbohydrate Metabolism.

  3. Nutritional Biochemistry.

1. Question

    • What are you curious about?

2. Explore

    1. Pre Lab Discussion: Aerobic vs. Anaerobic (outside)

    2. Demo: CO2 and the Kidneys (see notes)

    3. Lab: CO2 Production. Click here for slides.

      1. Analyze videos and edit aerobic data to remove time during extra "breaths"

      2. Adjust data accordingly.

      3. Present Data & Summary slides only.

    4. Reflect: Relate this clip to what you know about Cellular Respiration. Click here to share. Click here to learn more.

3. Lesson

    1. Whiteboard Challenge: How do our bodies extract energy from food? Click here for a metaphorical example. (randomized)

    2. Discussion: Family responses? (in yesterday's groups)

    3. Notes: Cellular Respiration.

      1. Macronutrients.

        1. Click here to construct a "glucose" monomer and carbohydrate "polymer"

        2. What is the "Formula" for Glucose? (C?H?O?)

      2. Creatine.

        1. Creatine Supplement Video. Click here.

        2. Click here for more info.

      3. Energy Production.

        1. Notes

        2. G Drive organization logic. Model mine.

        3. Notebook Quiz: Click here.

        4. Videos

          1. David Blaine TED. Cellular Respiration connections?

          2. Diabetes and the body.

        5. Sequence puzzle w/ Sidewalk chalk

    4. Notebook Quiz: Click here.

    5. Topic 3 Case Study: Diagnosis reveal notes.

    6. Reflection: Video (below). Agree? Disagree? Explain.

4. Apply

    • Notes: Nutritional Biochemistry. (*EF)

Chemistry: Covalent Bonding (see notes)

  1. Click here to view the Insulin molecule (we WILL NOT create build the molecule)

  2. Click here to learn about Insulin production.

  3. Click here to learn about Insulin pump technology.

(*GH)

5. extend

    • Lab: Calculating Energy: Soup Can Challenge (in notebook)

6. Quiz

    • Click here for instructions.