1. Cells

2. Plant Cells

3. Wh Y ? What would happen if you place: A) Jar + candle
B) Jar + candles + plant

4. The Chloroplast

6. Photosynthesis
The process by which plants trap light energy from the sun to make ______ and energy molecules, such as ____.
What is needed in order for photosynthesis to occur?
6____ + 6____ + light energy = ______ + 6____
catalyst

7. Comparison of ADP and ATP to a Battery
Section 8-1
ADP
ATP
Energy
Energy
Adenosine diphosphate (ADP) + Phosphate
Adenosine triphosphate (ATP)
Partially
charged
battery
Fully
charged
battery
Go to Section:
NADPH is another energy molecule! ENERGY is stored in the bonds like ATP.`

9. NADP+
To the
dark reaction e-
NADPH H+

10. Chlorophyll pigment Pigment – substance that produces a certain color.
Sunlight (white light) can be broken into colors, like a _________
Actually absorbs all light except color you see!
Plants are green because ___________ absorbs every color BUT reflects ________!
Found in Chloroplast

11. Photosynthesis ChloroplastThylakoidmembrane H2O O2 ATP + NADPH
Light Reactions (process similar to respiration)
H2O O2
ATP + NADPH
Inside Thylakoid Lumen (space)
Calvin Cycle (Light Independent Reaction)
CO2
Sugar (Glucose)
NADPH is an electron carrier which transfers energy (along with ATP) to Calvin cycle
powering sugar production.

12. Light reaction (light dependant reaction)
Purpose is to charge the battery!
To make ATP and NADPH (energy molecules)
Calvin Cycle or light independent reaction
Energy from light rxn used to make ______.

13. GLUCOSE! input output Light reactions Calvin Cycle Water Oxygen
Carbon dioxide
Sun
Calvin Cycle
ATP
NADPH
Oxygen
ATP
NADPH
GLUCOSE!