Question

1. in the light reactions, light energy is used to oxidize to 2. the electrons derived from this oxidation reaction in the light reactions are used to reduce to 3. the calvin cycle oxidizes the light - reactions product to 4. the electrons derived from this oxidation reaction in the calvin cycle are used to reduce to part d - chloroplast structure and function in eukaryotes, all the reactions of photosynthesis occur in various membranes and compartments of the chloroplast identify the membranes or compartments of the chloroplast by dragging the blue labels to the blue targets. then, identify where the light reactions and calvin cycle occur by dragging the pink labels to the pink targets. view available hint(s)

Explanation:

1. In photosynthesis light reactions, water (\(H_2O\)) is oxidized to oxygen (\(O_2\)).
2. The electrons from water oxidation are used to reduce \(NADP^+\) to \(NADPH\).
3. In the Calvin cycle, \(NADPH\) is oxidized to \(NADP^+\).
4. The electrons from \(NADPH\) oxidation in the Calvin cycle are used to reduce \(CO_2\) to \(G3P\) (glyceraldehyde - 3 - phosphate).

Answer:

1. \(H_2O\), \(O_2\)
2. \(NADP^+\), \(NADPH\)
3. \(NADPH\), \(NADP^+\)
4. \(CO_2\), \(G3P\)