1. Cellular Respiration

2. Cellular Respiration Must Knows
Summerize how ATP is created from GLUCOSE.
P _____
Explain the role of FERMENTATION.
P_____
Describe the role of OXYGEN in AEROBIC RESPIRATION
P____

3. Opener 3/8/2010
COPY THIS DOWN!
1)Predict how exercise will affect your body’s production of carbon dioxide._________________________________________________
2) Label 2 test tubes A and B. Put 10 mil of water and 3 drops of BTB solution in each test tube. After you insert the straw cover top with cotton.
3) One partner is going to be test subject, one partner is recorder. When you partner says “Go!” slowly blow air through a straw into the bottom of the test tube. Do not blow hard or you will overflow your test tube.
4) When the solution changes color, your partner should say “Stop!” and then record how long the color change took.
5) Jog in place for 1 minute and repeat steps 3 and 4 using test tube B

4. Cellular Respiration P___
What organic compound is your body’s main source of energy????
How does your body get energy?
What does your body do with extra energy?
What happened when there is no energy?

5. Respiration Race Student A is not going to run in place
Student B is going to run in place for 1 minute
Who’s test tube will change color first?????

6. Energy in Living Systems
List as MANY forms of ENERGY as you can!

7. Flow of Energy Through a System
Do you recall METABOLISM????
Metabolism is the sum of ALL chemical processes in an organism!
Organisms are classified in two categories.
They create their OWN energy
They have to EAT to gain energy

8. Autotrophs & Heterotrophs
Create their OWN energy
Most create energy from sunlight, some can create energy from INORGANIC chemicals
Heterotrophs
Have to EAT to get their energy
Must create energy through CELLULAR RESPIRATION

9. Opener 3/8/2010
How does your body get energy from energy? Explain

10. Cellular Respiration Energy Where does your body get energy????
Are there better sources for energy? Explain!

12. ATP
ATP releases energy by breaking a phosphate group and becoming ADP.

13. What is ATP? How does it work?
ATP is ENERGY for the cell
It is created from GLUCOSE

14. Video F.A.P.: Nutrition and Sport 10 notes on page____
Summary of thoughts on page____

15. Cellular Respiration Definitions to know:
ATP – Adenosine TRI Phosphate - Energy
ADP – Adenosine DI Phosphate – Used Energy
ATP turns into ADP when releasing energy
NADH – Electron Carrier, transports electrons to the electron transport chain

16. Opener – P.
Find a 3 people in the room and share your article with them. You also need to listen to theirs!
Then write a 8-10 sentence summary on the 3 articles you hear. (3 sentences per article?)

17. Cell Respiration Overview
Cell Respiration Overview

18. Glycolosis
Glucose
2 Pyruvic acid
Pyruvic Acid then goes into AEROBIC or ANAEROBIC respiration!

19. Lactic Acid Production - ANEROBIC
Glucose
Pyruvic acid
Without oxygen LACTIC ACID PRODUCTION only fuels glycolosis

20. Opener Cell Respiration P.___
Describe how Glycolosis and the Lactic Acid cycle work together.

21. Krebs Cycle Aerobic Respiration

22. ETC

23. Photosynthesis Questions
What are products? Reactants?
List the Products and Reactants in Cell Respiration.
What is the function of Photosynthesis
What does it use? Make?

24. Chemical Equation Cellular Respiration
Glucose (C6H1206) +
Oxygen (02)
Glycolysis
Electron Transport Chain
Carbon
Dioxide
(CO2) +
Water
(H2O)
Krebs Cycle
C6H12O6 + 6O > 6CO2 + 6H2O

25. Krebs Cycle - Aerobic

26. Cellular Respiration Lab
We are going to run an experiment based on what we learned about cellular respiration.
Problem
Research
Hypothesis

27. Experiment Data Conclusion
Compare what you learned about Aerobic and Anaerobic respiration.
How could we of changed the experiement.
Time Without Warm-up
Time With Warm-up
3:00 minutes
9:06 minutes

28. Article Annotate the Article. What’s the main idea?
While reading the article generate 6 questions that come to your mind.

29. Opener p___ Cellular Respiration Overview
Aerobic Respiration
Glucose
Krebs cycle
Electron transport
Glycolysis
Anaerobic
Respiration
Alcohol or lactic acid
Fermentation (without oxygen)
C6H12O6  +  6O2  ®  6CO2  +  6 H2O  +  36 or 38 ATP

30. Poster Assessment
Photosynthesis (3 Parts) 1-Sunlight 2-Chemical 3-Carbohydrates & O2 Cellular Respiration 4-Glycolosis 5-Anaerobic - Lactic Acid 6-Aerobic – Krebs Cycle, 7-Electron Transport Chain ATP 9- CO2

31. After Krebs Cycle ETC – 32 ATP produced
NADH FADH drop off electrons to create ATP through HYDROGEN PUMP