The hydrolysis of ATP has a large negative $\Delta$G'°; nevertheless it is stable in solution due to:
A) entropy stabilization.
B) ionization of the phosphates.
C) resonance stabilization.
D) the hydrolysis reaction being endergonic.
E) the hydrolysis reaction having a large activation energy.

Question

Quizplus · Accepted Answer

The hydrolysis of ATP is stable in solution primarily because it has a large activation energy, which means that under normal conditions, the reaction does not proceed rapidly without the presence of an enzyme to lower this activation energy.

The Hydrolysis of ATP Has a Large Negative Δ\DeltaΔ G'°; Nevertheless It Is Stable in Solution Due To: A)

The Hydrolysis of ATP Has a Large Negative $\Delta$ G'°; Nevertheless It Is Stable in Solution Due To:
A)