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JEOPARDY!

JEOPARDY!. Click Once to Begin. Cellular Respiration: To have or not to have oxygen, that is the question. JEOPARDY!. Just breathe. On top of Mt. Everest. Counting up our ATP. Food, glorious food!. Hitch a ride on the ETC. Location, location, location. 100. 100. 100. 100. 100. 100.

wesley-adams
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JEOPARDY!

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  1. JEOPARDY! Click Once to Begin Cellular Respiration: To have or not to have oxygen, that is the question.

  2. JEOPARDY! Just breathe On top of Mt. Everest Counting up our ATP Food, glorious food! Hitch a ride on the ETC Location, location, location 100 100 100 100 100 100 200 200 200 200 200 200 300 300 300 300 300 300 400 400 400 400 400 400 500 500 500 500 500 500

  3. This gas is required for aerobic respiration to take place.

  4. This is the end product of glycolysis.

  5. These are the two coenzymes that are used in cellular respiration.

  6. This is the number of turns of the Kreb’s cycle for each molecule of glucose. Why?

  7. This molecule is where the high energy electrons released in cellular respiration originally came from.

  8. On top of Mount Everest your body would be going through this type of “respiration”.

  9. Explain why fermentation occurs.

  10. These are the two main differences between the products of alcoholic and lactic acid fermentation. Daily Double!!!

  11. This type of organism helps to ferment beer and wine.

  12. This is the total amount of ATP produced in fermentation, and explain WHERE it is produced.

  13. This is the totalnumber of ATP produced under ideal conditions of cellular respiration.

  14. This is the TOTAL amount of ATP produced in glycolysis.

  15. This is the number of ATP produced per turn of the Kreb’s cycle.

  16. Congratulations, you have earned 400 points by doing NOTHING!!!!

  17. Explain how ATP are produced in the ETC, and how many are produced there. Daily Double!!!

  18. “Glycolysis” literally means this.

  19. This is the type of sugar that was the control for our yeast experiment.

  20. Sucrose is what type of carbohydrate (think saccharide)? Bonus 100 points if you can tell me the monomers.

  21. You are unable to use all of the energy stored in your food because much energy is lost as this.

  22. The energy in your food is calculated in these units.

  23. These carry electrons and hydrogen ions to the ETC.

  24. This is where the ETC takes place/is located.

  25. This is used to produce all of the ATP in the ETC.

  26. This is the number of ATP produced in the ETC.

  27. This molecule is the final acceptor for the electrons and the hydrogen ions.

  28. Glycolysis.

  29. Kreb’s Cycle.

  30. Electron Transport Chain.

  31. Phosphorylation of glucose molecule.

  32. Production of carbon dioxide.

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