The energy derived from the movement of H + ions down an electrochemical gradient from the intermembrane space into the matrix is used to drive the synthesis of ATP. How many H + ions must be moved into the matrix for the synthesis of 1 ATP?

Question

Lauren Mills

Chemistry

20 January, 13:49

The energy derived from the movement of H + ions down an electrochemical gradient from the intermembrane space into the matrix is used to drive the synthesis of ATP. How many H + ions must be moved into the matrix for the synthesis of 1 ATP?

+3

Answers (1)

Know the Answer?

Mohammad Horn · Answer 1

Answer: 3

Explanation:

These are the 3 hydrogen ions that must carry the needed energy which ATPase must trap from, to synthesize 1 ATP molecule from the:

Reaction of ADP with inorganic Phophate. ADP + Pi - 1ATP

These hydrogen ions were delivered by NAD as NADH and as FADH, and striped and broken down to

Protons/hydrogen ions and electrons.

Oxygen is the final aceptor of electrons.