6- As gloese colers a cea it in irrenodadir phosphoplated As a iegut 1.docx

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The document discusses cellular respiration and the key steps involved: 1. Glucose is broken down through glycolysis to produce energy. 2. Pyruvic acid is converted to acetyl-CoA and carbon dioxide is produced. 3. The Krebs cycle and electron transport chain further oxidize acetyl-CoA to produce more carbon dioxide, water, and ATP as the final products of respiration.

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6. As gloese colers a cea it in irrenodadir phosphoplated As a iegut 1. Glucose cannol meve baek
3 trough the meritrang 2. Eneigy at alored in a high enaray bond 3. Sume Aip is breken down. 4.
Guecse is prepated tor canversion to tructose A. 1 , 2 , 3 , aind 4 a. 1,2 , and 4 C. 1,3 , and 4 D.
2,2 , and 4 E. 1,2 , and 3 7. Pravic acid is A. Pretuced trom glupose by glycolysis 8. Comverted
10 lyetc opid when the orygen supply to cells is low C. Camicd aciose the innez indochondriat
maimbiane by spe cife transport carlicis D. Decarboxpa4ed to produce an acelyl gicup E. Nl of
tho above 8. Caibon diavide is a byproduct of cenutar respiralion. In which phaso is a produced?
1. Glycolysis 2. Corrersion of pyruvic acid to landle acid. 3. Cotrversion of pyruvic aeid to
acetyt-cocneyme A 4. Krebs cyple ( Tticaitecayli atid cycle of cirie acld cycle) 5. Elocteon
transport chain 6. Chemiosmot: A. 1 end 5 B. 3 and 4 C. 1,2, and 3 D. 3,4 , and 5 E. 4,5 , and 6 9.
Water is a byproduct of cel tar raspitation. In which phssa is fi procused? 1. Glycolysit 2.
Cornetsion of gyruwe acid to lactic acid 3. Compersan ot pyiuvic acid to acetyliceertyme A 4.
Krebs cyde (Tricarboxylic ecid cycle of chtic acid cycle) 5. Electron tranepot chain 6)
Chemiosmosis A. 5 B. 4 () 6 D. 1 and 4 E. 5 and 6 .

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1. Match the letter with event of acrobie eellalar respiration Place where glycolysis happens Place where enzymes for the Electron Transport Chain are located Place where Krchs cycle happens CEI.INT.AR RFSPIRATION YOCARUT.ARV REVIFW 1. is the process of splitting a glucose molesule into 2 pyruvic ncid molesules. 2. The molecule used by cells to store and transter eneryy is 3. happens when oxygen is present and incluxdes glyeslysis, Krehs cycle, and Electron transport. 4. This describes a proess that boes NOT require axygen, it neans "without ait" but still use glycolysis, Krebs cycle and ITTC 5. Type of fermentation used by human muscles in low oxygen conditions and mierourganisms to make yougurt, cheese, pickles, saurkraul and kinchi- - 6. The breaks down pyruvic acid iato carbou dooside and produces NADH, FADH 2 , and ATP. 7. The NADH and FADH2 produced during the Krebs cycle pass their electrons down the to produce ATP. 8. The passage of H ions through causes it to spin and produce ATP. 9. This 3 carbon nolocule is produced during glycolysis when glucose splits ia balf 10. If oxygen is NOT present, glycolysis is followed by Produce less ATP. 11. Type of fermentation used to asake bread dough risc and produce beet and winc, 12. This molecule has the formula Ca 3 I 12 O b and is split in half during glycolysis, 13. The carbon atoms ia pyruvic seid ced up as in the atuosplere following the Krebs cycle. 14 orms wben Coenzyme A artaches to two carbons from pyruvic acid 15. Which molecules act as final electron acceptor in anaerobic cellular respiration? 16. How many ATP are produced through fermentation? By what process? What about NADH? 17. Organisms that make their own food using light is called 18. Organisms that use chemicals from other autotrophs are colled 19. The process of removing an amion group from an amino acid is called 211 is the process of remusving a carhoxyl group liom an amino acid. 21. is the process of naking ATP using the E.T.C..

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