1				2
																									3
		4							5				6										7
																											8
9
						10
				11														12
																			13
																															14
																		15
																						16
17
																	18				19
		20															21

Across 9. (3 words, no punctuation) How the ATP made during glycolysis is created. 11. The electron transport chain oxidizes the ________ molecules that are made during the first three steps of cellular respiration. 12. The number of ATP made per glucose by an organism growing by fermentation 13. the only part of cellular respiration that also occurs in organisms growing by fermentation 15. The number of ATP made per glucose 16. (2 words) The third step in cellular respiration 17. (3 words, no punctuation) How some (but not most) ATP is made by organisms growing by anaerobic respiration. 20. Catabolism is associated with negative free energy, releasing energy, and __________ reactions. 21. This type of metabolism is associated with biosynthesis, requiring energy, and positive free energy reactions

Down 1. (2 words) How most ATP is made by organisms growing by anaerobic respiration. 2. (2 words) How most ATP is made by organisms growing by anaerobic respiration. 3. (two words, no punctuation) The maximum number of ATP made per glucose possible by a prokaryotic organism growing by aerobic respiration. 4. (two words) Where the electron transport chain occurs in prokaryotic cells 5. (3 words, no punctuation) How organisms growing by fermentation make all of their ATP. 6. (3 words, no punctuation) How some (but not most) ATP is made by organisms growing by aerobic respiration. 7. (3 words, no punctuation) How the ATP made during glycolysis is created. 8. The number of NADH made during glycolysis per glucose 10. The main purpose of fermentation is to oxidize ___________. 14. The terminal electron acceptor for aerobic respiration 17. The number of NADH made during the Krebs cycle per glucose 18. The reduced form of NAD 19. The number of carbon dioxide molecules made per glucose during the Krebs cycle