16. s thabolic pathway in which citric acid is catabolized and oxaloscetic acid

Question

16. s thabolic pathway in which citric acid is catabolized and oxaloscetic acid regenerated. Two a. Protein synthesis b. Glycolysis e. The Krebs cycle d. The electron transport chain ATP molecules are also produced 17. The electron transport chain requires which serves as the final electron acceptor in a series of chemical reactions along the inner membrane of the mitochondrion. a, hydrogen b sodium e. ATP d. oxygen whichofthe following is not a place where ATP is synthesized? a cytosol b. endoplasmic reticulum 18, d. All of the above to 19. In the first reaction of the Krebs cycle, oxaloacetic acid combines with produce citric acid. a. pyruvic acid b. glucose c. acetyl Co-A d. acetic acid 20. In thepathway, glucose is converted into two molecules of pyruvic acid a. transition step b. glycolysis c. electron transport chain d. Krebs cycle 21. The electron transport chain takes place in theof the cell. a. ribosome c. cytosol d. nucleus 22. The most permanent and stable cytoskeleton elements that help give cells their shape a a. intermediate filaments b. microtubules c. microfilaments d. flagella

Explanation / Answer

16. C) Krebs cycle

17. D) oxygen

18. B) ER

19. C) acetyl coA

20. B) glycolysis

21. B) mitochondria

22. A) intermediate filament

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