1. Do Now: Warm-Up Notebook Date Title of Activity Page #
Date: January 11, 2016
Aim #41: How can we compare photosynthesis and respiration?
HW:
Review Worksheet
STUDY! STUDY! STUDY! STUDY!
Quest- Respiration (60 point test)- Tuesday (period 5), Wednesday (period 1&7)
Review Sessions Monday and Tuesday mornings (7:30-8:00 AM)
Plant Packet (follow calendar of suggested deadlines!!)
Do Now: Warm-Up Notebook
Date Title of Activity Page #
1/11 Recap and Review

2. PRIMARY SOURCE OF ENERGY FOR ORGANISMS

3. HOW DO LIVING THINGS GET THE ENERGY FROM THE SUN?
Photosynthesis

4. How do we get energy from the sun?
HETEROTROPH
AUTOTROPH

5. Can life exist without autotrophs?NO

6. Can plants exist without animals?
For a limited time because they will use up the
CO2 to make C6H12O6 during
________________________.
Cellular Respiration

7. What organelles are involved in energy changes?

8. PHOTOSYNTHESIS Vs. RESPIRATION
Where?
Energy source?
Energy transferred …
Materials needed?
Waste product?

9. CHEMICAL EQUATIONS Carbon Dioxide + Water Glucose + Oxygen
SUNLIGHT
Carbon Dioxide + Water Glucose + Oxygen
CHLOROPLAST
Glucose + Oxygen ATP + Carbon Dioxide + Water MITOCHONDRIA

10. Photosynthesis Summary
Energy
Sunlight  Chemical bonds in glucose
Materials used
carbon dioxide, and water
Materials produced
Glucose, water, and oxygen
Time frame
Daylight hours
Location
chloroplasts
Importance
Stores energy from sun… made available to other organisms

11. Aerobic Cellular Respiration General Summary
Energy
Materials used
Materials produced
Time frame
Location
Importance
Chemical bonds in glucose  ATP
Glucose, oxygen, water
ATP, carbon dioxide, and water
24/7
Mitochondria
Provides energy for life functions

12. Do plants give off or use carbon dioxide?

13. Is the sun the only source of energy for the Earth?
The chemicals in hydrothermal vent fluid would be toxic to most forms of life familiar to us. These organisms do chemosynthesis, a process in which certain microbes use chemicals in the vent water to produce energy.
The chemicals in hydrothermal vent fluid would be toxic to most forms of life familiar to us, but amazingly, a unique ecosystem has evolved to live at hydrothermal vents. These organisms are not dependent on sunlight and photosynthesis, but instead rely on chemosynthesis, a process in which certain microbes use chemicals in the vent water to produce energy. They in turn form the base for an entire food chain of animals. Chemosynthetic microbes grow on and below the seafloor and even within other animals at the vents.