1. Cell Energy Review Game
Cellular Respiration, Fermentation, & Photosynthesis

2. Question 1: Cell Respiration Matching
Matching each of the phrases that following with one of the three stages in cellular respiration. Use G for glycolysis, CA for the citric acid cycle, and OP for oxidative phosphorylation.
Generates most of the ATP formed by cell respiration
Begins the oxidation of glucose
Occurs outside of the mitochondrion
Produces four ATPs per glucose by substrate level phosphorylation, but nets only two.
Oxidizes NADH and FADH2
Carried out by enzymes in the matrix
Occurs along the inner mitochondrial membrane
Produces water

3. Question 1: Cell Respiration Matching
Matching each of the phrases that following with one of the three stages in cellular respiration. Use G for glycolysis, CA for the citric acid cycle, and OP for oxidative phosphorylation.
Generates most of the ATP formed by cell respiration OP
Begins the oxidation of glucose G
Occurs outside of the mitochondrion G
Produces four ATPs per glucose by substrate level phosphorylation, but nets only two. G
Oxidizes NADH and FADH2 OP
Carried out by enzymes in the matrix CA
Occurs along the inner mitochondrial membrane OP
Produces water OP

4. Question 2: Photosynthesis Matching
Oxidized in the light reactions
Reduced in the Calvin Cycle
Carries H and electrons from the light reactions to the Calvin Cycle
Food produced in photosynthesis
Source of H and electrons that end up in glucose
Source of O atoms that end up in glucose
Where O atoms from water end up
Oxidized in the Calvin Cycle
Reduced in the light reactions
Gas produced by the thylakoid
Gas consumed in the Calvin cycle
Recycled in the Calvin cycle to make ATP
Supplies energy to the light reactions
carbon dioxide
water
glucose
oxygen
ADP + P
ATP
NADP+
NADPH
Light
These may be used more than once or not at all.

5. Question 2: Photosynthesis Matching
Oxidized in the light reactions B
Reduced in the Calvin Cycle C
Carries H and electrons from the light reactions to the Calvin Cycle H
Food produced in photosynthesis C
Source of H and electrons that end up in glucose B
Source of O atoms that end up in glucose A
Where O atoms from water end up D
Oxidized in the Calvin Cycle H
Reduced in the light reactions G
Gas produced by the thylakoid D
Gas consumed in the Calvin cycle A
Recycled in the Calvin cycle to make ATP E
Supplies energy to the light reactions I
carbon dioxide
water
glucose
oxygen
ADP + P
ATP
NADP+
NADPH
Light
These may be used more than once or not at all.

6. Question 3 Which of the following is oxidized during photosynthesis?
Oxygen
Carbon dioxide
Glucose
ATP
water

7. Question 3 Which of the following is oxidized during photosynthesis?
Oxygen
Carbon dioxide
Glucose
ATP
water

8. Question 4
Which of the following is NOT a product of the light reactions?
Oxygen
Sugar
High-energy electrons
ATP
NADPH

9. Question 4
Which of the following is NOT a product of the light reactions?
Oxygen
Sugar
High-energy electrons
ATP
NADPH

10. Question 5
Which energy producing pathway do prokaryotes and eukaryotes share?
Krebs cycle
Calvin cycle
glycolysis
electron transport chain

11. Question 5
Which energy producing pathway do prokaryotes and eukaryotes share?
Krebs cycle
Calvin cycle
glycolysis
electron transport chain

12. Question 6
The burning of methane gas is a redox reaction. Which part of the reaction illustrates oxidation? (Hint: May want to write out the combustion reaction… think back to global interdependence!)
O2  H2O
O2  CO2
CH4  H2O
CH4  CO2

13. Question 6
The burning of methane gas is a redox reaction. Which part of the reaction illustrates oxidation? (Hint: May want to write out the combustion reaction… think back to global interdependence!)
O2  H2O
O2  CO2
CH4  H2O
CH4  CO2

14. Question 7
Which of the following contains energy that a cell could use to make ATP?
oxygen
carbon dioxide
NAD+
NADH
water

15. Question 7
Which of the following contains energy that a cell could use to make ATP?
oxygen
carbon dioxide
NAD+
NADH
water

16. Question 8
Which of these wavelengths are least useful for photosynthesis?
white
yellow
green
blue
red

17. Question 8
Which of these wavelengths are least useful for photosynthesis?
white
yellow
green
blue
red

18. Question 9 The overall function of the Calvin Cycle is…
capturing sunlight
making sugar
producing carbon dioxide
splitting water
oxidizing glucose

19. Question 9 The overall function of the Calvin Cycle is…
capturing sunlight  PSI and II
making sugar
producing carbon dioxide  Krebs Cycle waste product
splitting water  PS II
oxidizing glucose  cellular respiration

20. Question 10
Which of the following correctly matches each of the inputs of the Calvin cycle with its role?
carbon dioxide: high energy electrons; ATP: energy; NADHP: oxidation
carbon dioxide: carbon; ATP: energy; NADPH: high energy electrons
carbon dioxide: electrons; ATP: phosphate; NADPH: protons
carbon dioxide: hydrogen; ATP: high energy electrons; NADPH: energy

21. Question 10
Which of the following correctly matches each of the inputs of the Calvin cycle with its role?
carbon dioxide: high energy electrons; ATP: energy; NADHP: oxidation
carbon dioxide: carbon; ATP: energy; NADPH: high energy electrons
carbon dioxide: electrons; ATP: phosphate; NADPH: protons
carbon dioxide: hydrogen; ATP: high energy electrons; NADPH: energy

22. Question 11
Using the numbered figure below, in which area does the Krebs Cycle take place?
a. Area 1 b. Area 2
c. Area 3 d. Area 4

23. Question 11
Using the numbered figure below, in which area does the Krebs Cycle take place?
a. Area 1 b. Area 2
c. Area 3 d. Area 4

24. Question 12
Obligate anaerobic bacteria require an oxygen-free environment in order to grow and reproduce. Which test tube most likely depicts only obligate anaerobes growing?
a. Test tube 1
b. Test tube 2
c. Test tube 3
d. Test tube 4
e. Test tube 5

25. Question 12
Obligate anaerobic bacteria require an oxygen-free environment in order to grow and reproduce. Which test tube most likely depicts only obligate anaerobes growing?
a. Test tube 1
b. Test tube 2
c. Test tube 3
d. Test tube 4
e. Test tube 5

26. Question 13
Yeast undergo fermentation in the production of bread. The alcohol is driven off in the baking process and…
a. the ATP causes the dough to rise
b. the water vapor causes the dough to rise
c. the oxygen causes the dough to rise
d. the carbon dioxide causes the dough to rise

27. Question 13
Yeast undergo fermentation in the production of bread. The alcohol is driven off in the baking process and…
a. the ATP causes the dough to rise
b. the water vapor causes the dough to rise
c. the oxygen causes the dough to rise
d. the carbon dioxide causes the dough to rise

28. Question 14 Hydrolysis of ATP is a/an…. dehydration synthesis reaction
endergonic reaction
exergonic reaction
none of the above

29. Question 14 Hydrolysis of ATP is a/an…. dehydration synthesis reaction
endergonic reaction
exergonic reaction
none of the above

30. Question 15
In order to phosphorylate ATP, plants and animals use energy provided directly by…
carbon dioxide
water
ATP synthase
ADP

31. Question 15
In order to phosphorylate ATP, plants and animals use energy provided directly by…
carbon dioxide
water
ATP synthase
ADP

32. Question 16
_________ molecules of carbon dioxide, __________ molecules of NADH, and __________ molecules of FADH2 are created from 1 glucose molecule.
2, 3, 1
4, 6, 2
1, 2, 2
1, 6, 1

33. Question 16
_________ molecules of carbon dioxide, __________ molecules of NADH, and __________ molecules of FADH2 are created from 1 glucose molecule.
2, 3, 1  per acetyl-coa
4, 6, 2
1, 2, 2
1, 6, 1

34. Question 17

35. Question 17 ___A____ Phosphate groups ___C____ Nitrogen base
___B____ Ribose
___G____ Hydroxyl group
___G____ Carbohydrate
___D____ Amino group
___E____ Place where energy is stored

36. Question 18

37. Question 18 J I G A D E C

38. Question 19
In cellular respiration, which generate more ATO, substrate-level phosphorylation or chemiosmosis?
Substrate level phosphorylation
Chemiosmosis
Both generate the same amount
Neither generates ATP

39. Question 19
In cellular respiration, which generate more ATO, substrate-level phosphorylation or chemiosmosis?
Substrate level phosphorylation
Chemiosmosis
Both generate the same amount
Neither generates ATP

40. Question 20
A drug is found to make holes in both mitochondrial membranes. The drug will be harmful as it will inhibit…
Glycolysis
The Citric Acid Cycle
Oxidative Phosphorylation
Fermentation

41. Question 20
A drug is found to make holes in both mitochondrial membranes. The drug will be harmful as it will inhibit…
Glycolysis
The Citric Acid Cycle
Oxidative Phosphorylation
Fermentation