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PHOTOSYSTEM II Choose... THYLAKOID SPACE WATER STOMATA NADPH WHAT THE LIGHT REACTIONS REDUCE PHOTOSYSTEMI THYLAKOID MEMBRANE
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1. Photosystem II. Responds to light frequencies of 400ish and 680ish

2.- Thylakoid space. Location of hydrogen accumulation during light reactions

3.- Water. Oxydized to yield electrons

4.- Stomata. Allows the required gas exchange for photosyntesis

5.- NADPH. Reduced electron carrier of the light reactions.

6.- What the light reaction reduce... The dark reactions oxydize

7.- Photosystem I. Boosts the electrons up and into final NADP+ reduction

8.- Thylakoid membrane. Houses photosystems I and II

9.- Oxygen. Waste product released from light reactions

10.- ATP. The secondary use of proton diffusion after forcing a gradient of protons

11.- Stroma. Where the ATP and NADPH of the light reactions are released

12.- Chlorophyl. Provides high energy electrons for the chemiostatic electron pumps

13.- Chemiosmosis. Generated by the diffusion of hydrogen atoms

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