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Simulation     Create an Account     Login     Cell Database     Simulation Worlds     The Leaderboard Reference     The Guide     Glossary     Quizzes Teachers' Forum     Essays     Review Sheets     Labs Know what you're looking for? Try a Quick Search. Webcytology was created for ThinkQuest 1999.	How cells store energy: ATP [go to this section in the Guide] Chapter Four: Cell Nutrition and Respiration Endocytosis and exocytosis Energy, exergonic reactions, and endergonic reactions How cells store energy: ATP Glycolysis Anaerobic processes The Krebs cycle and electron transport chain Chemiosmosis Energy yield for aerobic respiration Overview of photosynthesis Noncyclic electron flow and the Calvin cycle How many phosphate groups does one molecule of ATP have?    1.   1 2.   2 3.   3 4.   4   When one phosphate group is removed from an ATP molecule, the new molecule is    1.   ADP 2.   AMP 3.   ACP 4.   ABP   More ATP can be formed from the energy in food molecules by aerobic organisms; that is, those which utilize    1.   oxygen 2.   hydrogen 3.   carbon 4.   nitrogen   The stage of breaking down glucose which is the same for anaerobes and aerobes is    1.   the Krebs cycle 2.   the electron transport chain 3.   glycolysis 4.   fermentation	How cells store energy: ATP [go to this section in the Guide]	Chapter Four: Cell Nutrition and Respiration Endocytosis and exocytosis Energy, exergonic reactions, and endergonic reactions How cells store energy: ATP Glycolysis Anaerobic processes The Krebs cycle and electron transport chain Chemiosmosis Energy yield for aerobic respiration Overview of photosynthesis Noncyclic electron flow and the Calvin cycle

	How many phosphate groups does one molecule of ATP have?
		1.	1
		2.	2
		3.	3
		4.	4
	When one phosphate group is removed from an ATP molecule, the new molecule is
		1.	ADP
		2.	AMP
		3.	ACP
		4.	ABP
	More ATP can be formed from the energy in food molecules by aerobic organisms; that is, those which utilize
		1.	oxygen
		2.	hydrogen
		3.	carbon
		4.	nitrogen
	The stage of breaking down glucose which is the same for anaerobes and aerobes is
		1.	the Krebs cycle
		2.	the electron transport chain
		3.	glycolysis
		4.	fermentation