How does the body get energy when it converts ATP into ADP? It is produced by breaking the bond at the terminal phosphate group It is produced from breaking down the ribose in the adenosine component It is produced from breaking the bond between the adenosine group and the phosphate groups It is produced from joining ribose and adenine together It is produced by adding a phosphate group to make ADP
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ATP transports and releases energy within cells that can be used for many cellular processes. How does ATP make this energy available to the cell? The bonds between adenosine groups break and release the energy for the cell to use. The bonds between phosphate groups break and release the energy for the cell to use. Bonds are formed by adding phosphate groups to the molecule, which releases the energy needed by the cell. Bonds are formed by adding adenosine groups to the molecule, which releases the energy needed by the cell.
Madhur L.
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.
Adi S.
Nicole S.
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