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ATP hydrolysis induces a conformational change in a protein that moves ions across a membra. A phosphate group is transferred from ATP to glucose during glycolysis. ATP synthase transfers a phosphate to ADP. ATP is bound by an enzyme but is not hydrolyzed. ATP becomes ADP through the uncatalyzed removal of a phosphate group by water.
Answer:
A phosphate group is transferred from ATP to glucose during glycolysis.
ATP hydrolysis induces a conformational change in a protein that moves ions across a membrane.
Step-by-step explanation:
Potential energy is energy that can be transformed into other types of energy related to the factors acting in a system and the type of activity that the bodies present. Potential energy can be transformed into work, whenever a given body suffers we add or decrease in relation to the conservative forces that surround it.
When this body is an ATP molecule, we can see the transformation of potential energy into work when:
- A phosphate group is transferred from ATP to glucose during glycolysis.
- ATP hydrolysis induces a conformational change in a protein that moves ions across a membrane.