occurs along the inner membrane of the mitochondrion NADH and FADH2 transfer H to create 32 ATP oxygen takes H to form water adenosine triphosphate the "energy currency of the cell" the form of energy that is useable by cells breaks into ADP when used by cells adenosine diphosphate accepts a phosphate group to store energy in the form of ATP anaerobic respiration follows glycolysis and converts pyruvate into either alcohol and CO2 (yeast, bacteria) or lactic acid (muscles) occurs in the cytoplasm site of aerobic cellular respiration reactant that is broken down in first stage (glycolysis) reactant that is used to accept H in ETC product of final breakdown of glucose in Kreb's cycle product created from oxygen and H from ETC 6CO2 + 6H2O + energy --> C6H12O6 + 6O2

1. electron transport chain (ETC)

occurs along the inner membrane of the mitochondrion
NADH and FADH2 transfer H to create 32 ATP
oxygen takes H to form water

2. ATP

adenosine triphosphate
the "energy currency of the cell"
the form of energy that is useable by cells
breaks into ADP when used by cells

3. ADP

adenosine diphosphate
accepts a phosphate group to store energy in the form of ATP

4. fermentation

anaerobic respiration
follows glycolysis and converts pyruvate into either alcohol and CO2 (yeast, bacteria) or lactic acid (muscles)
occurs in the cytoplasm

5. mitochondrion

site of aerobic cellular respiration

6. glucose in respiration

reactant that is broken down in first stage (glycolysis)

7. oxygen in respiration

reactant that is used to accept H in ETC

8. carbon dioxide in respiration

product of final breakdown of glucose in Kreb's cycle

9. water in respiration

product created from oxygen and H from ETC

10. photosynthesis equation

6CO2 + 6H2O + energy --> C6H12O6 + 6O2