1. Photosynthesis diagram
SUGAR
PHOTOSYNTHESIS

2. Respiration diagram
SUGAR
ENERGY
(ATP)

3. Photosynthesis Review
Energy CO H2O Glucose + O2
_______ _______ _______ _______ ______
Sunlight + carbon dioxide + water sugar (food) + oxygen

4. Respiration Review Glucose O2 ATP CO2 H20
_______ + _______ _______ + _______ + _______
Sugar (food) + oxygen energy + carbon dioxide + water
Needs to do respiration to get energy to live!
Needs to do respiration to get energy to live!

5. Photosynthesis and Cellular Respiration are Similar but Opposite Reactions!

6. Photosynthesis Cellular Respiration
Sunlight + carbon dioxide + water  sugar (food) + oxygen
_______ + _______ + _______  _______ + _______
Cellular Respiration
Sugar (food) + oxygen  energy + carbon dioxide + water
_______ + _______  _______ + _______ + _____

7. Photosynthesis Cellular Respiration Same!!!
Sunlight + carbon dioxide + water  sugar (food) + oxygen
Energy CO H2O  Glucose + O2
Cellular Respiration
Sugar (food) + oxygen  energy + carbon dioxide + water
Glucose O  ATP CO H20

8. Photosynthesis Cellular Respiration
Sunlight + carbon dioxide + water  sugar (food) + oxygen
_______ + _______ + _______  _______ + _______
Cellular Respiration
Sugar (food) + oxygen  energy + carbon dioxide + water
_______ + _______  _______ + _______ + _____

9. ATP and Sunlight are just different forms of Energy
Photosynthesis
Sunlight + carbon dioxide + water  sugar (food) + oxygen
Energy CO H2O  Glucose + O2
Cellular Respiration
Sugar (food) + oxygen  energy + carbon dioxide + water
Glucose O  ATP CO H20
Same!!!
ATP and Sunlight are just different forms of Energy

10. In Nature, Photosynthesis and Cellular Respiration Balance Each Other
In Nature, Photosynthesis and Cellular Respiration Balance Each Other This can be seen in the Carbon Cycle

11. Carbon Cycle diagram Photosynthesis Respiration Respiration Eating
Decomposing
Decomposing

12. Carbon Cycle

13. Which tank is better for the fish to live in?

14. Which tank is better for the fish to live in?
This tank contains a plant that will produce oxygen for the fish! The fish will then produce carbon dioxide through the process of cellular respiration that can be taken in by the plant through photosynthesis.