Name: Date: Cellular Respiration

[Pages:2]Name: __________________________________ Date: ______________________

Cellular Respiration

begins with 1. __________

which produces

which occurs

2 molecules of

in the

ATP.

15. ___________

which is broken

down during

and

2. __________ which is an

6. __________

which is broken

down into

7. __________

Anaerobic process because it does not require

3. ___________

which is required for the

8. ______________

which occurs in the

similar to 4. _____________

which produces a net of

9. _____________ _______________

which produces

Lactic

or

acid

10. _________

11. _________

5. __________

energy carriers that bring electrons to the

2 ATP

Word Bank: 6 NADH, acetyl coA, oxygen, glucose, matrix of the mitochondria, 32 ATP, pyruvate, electron transport chain,

fermentation, inner mitochondria membrane, glycolysis, ethanol, cytoplasm, Krebs cycle, 2 FADH2

? 2014 Vanessa Jason ("Biology Roots")

12. ______________________________

which occurs in the

which produces a net yield of

13. _________ __________________

____________

14. _________

? 2014 Vanessa Jason ("Biology Roots")

Teacher Key

Cellular Respiration

begins with 1. glucose

which is broken down during

which produces

which occurs

2 molecules of ATP.

in the

15. cytoplasm

and

2. glycolysis which is an

6. pyruvate

which is broken down into

7. Acetyl coA

Anaerobic process because it does not require

3. oxygen

which is required for the

8. Krebs cycle

which occurs in the

similar to 4. fermentation

which produces a net of

9. Matrix of the mitochgondria

which produces

Lactic

or

acid

10. 6 NADH

11. 2 FADH2

2 ATP

5. ethanol

energy carriers that *The answers for 10 bring electrons to the and 11 can be switched

12. Electron transport chain

Word Bank: 6 NADH, acetyl coA, oxygen, glucose, matrix of the mitochondria, 32 ATP, pyruvate, electron transport chain,

fermentation, inner mitochondria membrane, glycolysis, ethanol, cytoplasm, Krebs cycle, 2 FADH2

? 2014 Vanessa Jason ("Biology Roots")

which occurs in the

which produces a net yield of

13. Inner mitochondria membrane

14. 32 ATP

? 2014 Vanessa Jason ("Biology Roots")

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