Across
- 2. In the ETC this high energy molecule helps to produce two ATP per each high energy molecule.
- 4. This process splits a 6 carbon sugar into pyruvic acid and NADH. Happens in the Cytoplasm
- 5. In the ETC this high energy molecule helps to produce 3 ATP molecules per each high energy molecule.
- 9. This is an anaerobic activity that breaks down organic compounds to create ATP. Muscle cells undergo this when there is not enough oxygen intake.
- 11. The waste product of the Krebs Cycle
- 13. The third stage of cellular respiration and can generate up to 38 ATP
- 14. This fluid like substance holds all organelles in the cell. This is also where glycosis takes place.
- 18. This is where inside the mitochondria the Krebs Cycle takes place
- 20. This means a process doesn’t require oxygen
- 21. This aerobic process breaks down Aceytl CoA into high energy electrons and gives them to NAD+ and FAD
- 23. Glucose + _______ = Carbon Dioxide + Water
- 24. This part of the mitochondria separates ions to create a electrochemical gradient which helps make ATP.
Down
- 1. A cellular process that produces ATP. It has 3 stages.
- 3. This is the input for the Krebs Cycle and is broken down during it to produce: 4 carbon dioxide, 2 ATP, 6 NAPH, 2 FADH2
- 6. These need to consume to create energy
- 7. We consume this to give us glucose
- 8. This means a process doesn’t require oxygen
- 10. All work requires this
- 12. This molecule holds potential energy and releases it when one of its bonds break. This molecule fuels cell processes.
- 15. A 6 carbon sugar that is split in glycolysis
- 16. These make food for themselves
- 17. This is formed at the end of the ETC when electrons and H+ ions combine with oxygen.
- 19. This is the powerhouse of the cell where most cellular respiration takes place.
- 22. Acid This is one of the products of glycolysis and is made of 3 carbons. When one carbon goes away it is made into Aceytl CoA.