A Adenosine ATP A-P-P-P P Phosphate P P Energy from sunlight or food A-P-P ADP Usable energy for cells
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ATP provides a form of chemical energy that is usable by all body cells. The structure of ATP may be abbreviated as Adenosine. Note that contains two high-energy phosphate bonds indicated as - In the reaction ATP ADP + P + ?, or Adenosine - P P P -> Adenosine - P P P +? what is produced other that ADP and P? 6. When ADP is converted into AMP, is energy released? 7. To convert AMP back ATP, what must be added? 8. Much of the energy required to form ATP comes from the metabolism of glucose A. AMP contains 9. Phosphoric acid groups and 10. high-energy phosphate bonds. B. ADP contains 11. Phosphoric acid groups and 12. high-energy phosphate bonds. C. ATP contains 13. Phosphoric acid groups and 14. high-energy phosphate bonds.
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"Energy Transformation" ATP-ADP CYCLE Answer the following questions correctly and explain your answer. 1. How do plants cope with the change in season? Give a detailed description and explanation. 2. How do plants capture the sun's energy? 3. What happens to light when it hits an object?
The synthesis of ATP from ADP and (P) a. stores energy in a form that can drive cellular work. b. involves the hydrolysis of a phosphate bond. c. transfers a phosphate, priming a protein to do work. d. is an exergonic process.
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