A. ADP + P + energy ATP B. 6CO2 +6H2O + light energy + ATP (energy of activation

Question

A. ADP + P + energy ATP B. 6CO2 +6H2O + light energy + ATP (energy of activation) CcHz06 I. Oxidation of NADH 2. Reduction of FAD 3. Phosphorylation of ADP 4. Overall cellular respiration 5. Photosynthesis 6. Pyruvate oxidation (glucose) + 602 + Heat C. O2 + 4 e' + 4 H+ 21120 D. NADH NAD' + 2 + H. E. CcHi:06 (glucose) + 602"> 6CO2+ 6H20+ ATP + Heat F. CcH12Og (glucose) + 2 NAD" + 2 ATP 2 Chio, (pyruvate) + 2 NADH 2 H' +4 ATP G. NAD+ + 2 e' + 2H. NADH + H. H. FADH2 FAD + 2 e, + 2 H. l. CyHO, (pyruvate) + NAD" + Coenzyme A (CoA) Choo-CoA 8. Reduction of NAD 9. Oxidation of FADH2 10. Reduction of oxygen 11. Hydrolysis of ATP (Acetyl CoA)+CO2+NADH+H J. FAD + 2 e' + 2H+ FADH2 K. ATP ADP + P + energy

Explanation / Answer

1 Oxidation of NADH - D

2 Reduction of FAD- J

3 Phophorylation of ADP - A

4 Overall cellular respiration- E

5 Photosybthesis - B

6 Pyruvate oxidation- I

7 Glycolysis- F

8 Reduction of NAD+ - G

9 Oxidation of FADH2 - H

10 Reduction of oxygen- C

11 Hydrolysis of ATP - K

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