4. What happened when ATP is broken down? A.Energy is released C. energy is lost B.Energy is absorbed D. None of these 5. Which of the three phosphate groups bond in ATP contains most of energy? A.First-second C. Both B.Second-third D. None of these 6. When ATP release energy, the molecule that is left after the bond break off is called _________. A. ATP B. ADP C. AMP D. All of these
4. What happened when ATP is broken down?
A.Energy is released C. energy is lost
B.Energy is absorbed D. None of these
5. Which of the three phosphate groups bond in ATP contains most of energy?
A.First-second C. Both
B.Second-third D. None of these
6. When ATP release energy, the molecule that is left after the bond break off is called _________.
A. ATP B. ADP C. AMP D. All of these
7. Hydrolysis is the addition of water to ATP breaking the bonds of its phosphate group. What type of
A.Endergonic reaction C.
B.Exergonic reaction D. None of these
8. What happen during the ATP-ADP cycle?
A.ATP is synthesized from the chemical energy in glucose
B.ATP release energy, turning the molecule into ADP with lesser amount of energy
C. ATP are being constantly rebuilt from ADP and lone phosphate group to ensure continuous supply of energy
D. All of the above
9. What instrument is being used to differentiate which wavelengths of light a substance can absorb?
A.Photo paper C. Spectrophotometer
B.Spectrogram D. Prism
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