ATP is synthesized____ Please help me to figure out how to do those problems 1.

Question

ATP is synthesized____ Please help me to figure out how to do those problems 1. Glucose and two ATP begin to release energy during b. a. Fermentation b. Aerobic Respiration c. Glycolysis d. Anaerobic Respiration e. The attack on the Death Star. d. e. 7. Ca 2. ATP is synthesized a. b. c. By substrate-level Phosphorylation By release of an electrochemical gradient From ADP and Pi b. C. d. d. By transport of light-powered electrons e. ATP can be synthesized in all of the above ways 8. F 3. Most high energy electron carriers (NADH, FADH2) are produced in ANIMAL cells in the a. Cytoplasm b. Intermembrane space of the mitochondria c. Matrix of the mitochondria d. Nucleus 9 e. Dark Side of the Force. 4. The production of ATP from high energy electron carriers in the mitochondria can be described as a. Oxidative Phosphorylation b. Chemiosmosis c. d. ATP Synthase powered by the Proton Motive Force Phosphorylation as a result of energy released from a proton, pH, and charge gradient. e. All of the above. ATP can be produced by transfer of a phosphate group from an organic phosphate to ADP. This type of ATP production, which does not require electron transport, is called a. Oxidative Phosphorylation b. Photophosphorylation c. Chemiosmosis d. Substrate-level phosphorylation e. A phosphate-sneak by the quarterback for a TD. 5. 6. Isocitrate dehydrogenase is an enzyme of the Citric Acid (TCA) cycle. Where in the Eukaryotic cell is this enzyme located? a. In the thylakoids

Explanation / Answer

1. (c) Glycolysis

2. (e) all of the above ways

3. (c) Matrix of the mitochondria

4. (e) all of the above

5. (d) substrate level phosphorylation

6. (d) mitochondrial matrix

7. (b) oxidation of carboxyl groups

8. (a) Loss of ATP production from electron transport

9. (b) Krebs cycle

10. (e) All of the above

11. (a) require oxygen

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