The correct answer will be option-The bond holding the last phosphate group breaks.
Explanation:
Adenosine triphosphate or ATP is the energy molecule of the organism as it provides energy to the cell during the metabolic reaction.
The energy is stored in the phosphodiester bonds between the three phosphate molecules in the ATP molecule. The energy is released when the ATP molecule breaks down to ADP and AMP and the phosphate group is released from the molecule.
This release in the energy is used during the metabolic reactions and thus The bond holding the last phosphate group breaks is the correct answer.
The bond holding the last phosphate group breaks that is why <span> is the energy that is carried in an ATP molecule released to provide usable energy.</span>
2H(+) + SO4(2-) + Ca(2+) + 2I(-) -> CaSO4(s) + 2H(+) + 2I(-) The signs in brackets are the subscripts for the charge of the ion. This is the complete ionic equation. The net ionic equation is: Ca(2+) + SO4(2-) -> CaSO4
