| Term | Definition |
| where does glycolysis occur | cytoplasm |
| no oxygen used | anaerobic |
| oxygen used | aerobic |
| source of energy | ATP |
| glycolysis is the beginning of -- breakdown | glucose |
| electron/hydrogen carrier | NAD+ |
| where does Krebs Cycle and ETC occur | mitochondria |
| organism that makes his own food | autotrophs |
| organism that doesnt make his own food | heterotrophs |
| why are plants green | reflect green light |
| occur in the thylakoid membranes of the grana | stage 1 |
| the chlorophyll traps the light energy | stage 1 |
| occurs in the stroma | stage 2 |
| some ATP formed | stage 1 |
| the ATP made used in calvin cycle | stage 2 |
| the light energizes the electrons of hydrogen | stage 1 |
| the light energy splits the water (oxygen gas is released) | stage 1 |
| the carrier NADP+ carries the energized hydrogens to the stroma | stage 1 |
| the energized hydrogens are added to carbon dioxide to make glucose in a series of reactions called the calvin cycle | stage 2 |
| the kreb cycle and the ETC use aerobic respiration | True |
| Kreb Cycle and ETC remove the remaining hydrogens from oxygen. | FALSE. Kreb Cycle and ETC remove the remaining hydrogens from GLUCOSE! |
| Carbon dioxide is released during the KC and ETC. | True. |
| In alcoholic fermentation, what is released? | carbon dioxide |
| How is it possible that plants do cellular respiration | plants release more oxygen (during the day) when they do photosynthesis than they take back in (during day and night) when they do cellular respiration. |
| CO2 released can be demostrated by --? | bromothymol blue |
| seeds carry out cellular respiration until -- form | leaves |