ATP
  • 1. Cells store energy when ___________.
A) a third phosphate group is bonded to to an ADP molecule
B) they break down sucrose to glucose and fructose
C) the third phosphate group breaks off from an ATP molecule
D) ions are released into the bloodstream
  • 2. ATP molecule
A) can both store energy and provide it for metabolic reactions
B) help a plant produce carbon dioxide
C) produce NADPH
D) contain five phosphate groups
  • 3. Which of the following is not part of adenosine diphosphate?
A) adenine
B) ribose
C) glucose
D) two phosphate groups
  • 4. Which phrase best describes the function of the ATP molecule?
A) stores energy
B) absorbs energy
C) converts energy
D) carries energy
  • 5. Energy is released from ATP when the bond is broken between ________.
A) ribose and a phosphate group
B) adenine and ribose
C) adenine and a phosphate group
D) two phosphate groups
  • 6. When ADP is converted to ATP the enzyme _______ is used.
A) ATPase
B) rubioase
C) ATP synthase
D) amylase
  • 7. Glucose breaks down to give ____ATP's.
A) 7
B) 146
C) 12
D) 36
  • 8. What does ATP stand for?
A) Adenine TriPhosphate
B) adenosine triphosphate
C) Adenosine TriPhosphorus
D) adenine Triple Power
  • 9. Cells have only a small amount of ATP on hand at any give time. Why is this true?
A) ATP is efficient for transferring, but not for long-term storage of energy.
B) It is not true. Cells do not use ATP at all.
C) ATP releases so much energy that only small amounts are necessary.
D) It is not true. Cells have a great deal of ATP on hand at all times.
  • 10. How can ADP be transformed into ATP?
A) adding energy and another ribose
B) adding energy and a phosphate group
C) removing energy and a phosphate
D) removing adenine
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