The primary difference between ATP synthesis during the photosynthetic light reactions and ATP synthesis in the mitochondrial electron transport chain is the A) cellular location of the proton motive force. B) enzyme catalyzing the ATP synthesis. C) number of ATP produced per 360$\degree$ rotation of the F₁ subunit of ATP synthase. D) number of NADPH required to produce ATP.

Question

Quizplus · Accepted Answer

The primary difference between ATP synthesis during the photosynthetic light reactions and ATP synthesis in the mitochondrial electron transport chain is the cellular location of the proton motive force. In photosynthesis, the proton motive force is created across the thylakoid membrane, while in cellular respiration, it is created across the inner mitochondrial membrane.

The Primary Difference Between ATP Synthesis During the Photosynthetic Light °\degree°

The Primary Difference Between ATP Synthesis During the Photosynthetic Light $\degree$