When a high-energy bond in ATP is broken, what primarily happens to the released energy?
A) It functions as a second messenger.
B) It converts inorganic phosphates to energy-carrier molecules.
C) It polarizes the cell.
D) It is lost as light energy.
E) It provides the energy needed to drive endergonic reactions in the cell.

Question

Quizplus · Accepted Answer

When a high-energy bond in ATP is broken, the released energy is primarily used to provide the energy needed to drive endergonic reactions in the cell. This is a fundamental process in cellular metabolism, where ATP acts as a universal energy currency.

When a High-Energy Bond in ATP Is Broken, What Primarily