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AE PHOTOSYNTHESIS
Photosynthesis REVIEW
| Question | Answer |
|---|---|
| Primary Wavelengths of sunlight | Red, Green, Blue |
| Equation for Photosynthesis | 6 CO2 + 6 H20 --> C6H12O6 + 6 O2 |
| Color of light NOT asorbed by leaves | green |
| Openings in the bottom of the leaf | stoma |
| plant cells in leaf where photosynthesis takes place | mesophyll |
| Cell organelle where photosynthesis takes place | chloroplast |
| Green discs located inside of chloroplast | thylakoid |
| The light dependent reaction takes place here | thylakoid |
| This molecule is used to re-stabilize Photosystem 2 | water |
| Sunlight excites chlorophyll and release this in Photosystem 2 | electron |
| When the electron moves down the electron transport chain, it pumps this across the thylakoid membrane | hydrogen |
| The electron that is recharged in Photosystem 1 is grabbed by NADP+ and forms this? | NADPH |
| Electrons flow through ATP Synthase, turning ADP into ATP. This movement is called this? | Chemiosmosis |
| At the end of the light dependent reaction, these 2 energy storage molecules move on to the Calvin Cycle. | ATP and NADPH |
| The Calvin Cycle is also called this? | C3 or Light Independent Reaction |
| How many carbon dioxide molecules are needed in the Calvin Cycle? | 6 |
| How many ATP molecules are needed in the Calvin Cycle? | 18 |
| How many NADPH molecules are needed in the Calvin Cycle? | 12 |
| Where does the Calvin Cycle take place? | stroma |
| 2 of these molecules are made during the Calvin Cycle | G3P |
| These energy storage molecules are left over at the end of the Calvin Cycle | ADP and NADP+ |
| Two molecules of G3P combine to form this? | glucose...C6H12O6 |
| Photosystem 1 and 2 are found on the surface of this membrane? | thylakoid |
| A stack of thylakoids is called this? | grana (granum) |
| These 2 cycles are alternatives to the Calvin Cycle in plants. | CAM and C4 |