| Energy | ||
| #1 | Stored Energy | What is potential energy? |
| #2 | Energy of Motion | What is kinetic energy? |
| #3 | Type of energy that can't be used again. | What is heat? |
| #4 | Form of potential energy found in molecules. | What is bond enery or chemical energy? |
| #5 | The amount of energy required to raise one gram of water one degree celcius. | What is a calorie? |
| ATP | ||
| #1 | Consists of adenine, ribose and phosphate groups. | What is ATP? |
| #2 | These are negatively charged. | What are phosphate groups? |
| #3 | These are broken to release potential energy. | What are bonds between the phosphates? |
| #4 | These are the parts needed to put ATP back together. | What are ADP and P? |
| #5 | This molecule is used by all living things for energy. | What is ATP? |
| Glycolysis and Fermentation | ||
| #1 | Where glycolysis occurs. | What is the cytosol? |
| #2 | The products of glycolysis. | What are pyruvate, NADH and ATP? |
| #3 | Does not require oxygen. | What is anaerobic? |
| #4 | Types of Fementation. | What are lactic acid and alcoholic? |
| #5 | Products of alcohol fermentation. | What are alcohol and carbon dioxide? |
| Krebs Cycle | ||
| #1 | Krebs Cycle occurs here. | What is the mitochondrial matrix? |
| #2 | Pyruvate is converted into this in the prep step. | What is acetyl CoA? |
| #3 | These are the products of the prep step. | What is NADH, Carbon Dioxide and Acetyl CoA? |
| #4 | These are the products of the Krebs Cycle. | What are carbon dioxide, ATP, NADH and FADH2? |
| #5 | The waste product of the Krebs Cycle. | What is carbon dioxide? |
| Electron Transport Chain | ||
| #1 | Electron Transport Chain occurs here. | What is the inner membrane of the mitochondria? |
| #2 | The final electron acceptor. | What is oxygen? |
| #3 | Carriers of electrons. | What are NADH and FADH2? |
| #4 | This is formed at the end of the electron transport chain. | What is water? |
| #5 | H ions diffuse through this to make ATP. | What is ATP synthase? |
| Final Question | |
| Write the chemical equation for cellular respiration. | Oxygen + Glucose yields Carbon Dioxide + Water + ATP |