Non cyclic electron flow in photosynthesis
[DOCX File]DIXON'S BIO CLASSES - Home
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During the light reactions, there are two possible routes for electron flow: cyclic and noncyclic. Noncyclic electron flow, the predominant route, produces both ATP and NADPH. Photosystem II absorbs a photon of light. One of the electrons of P680 is excited to a higher energy state.
[DOC File]AP Biology - local-brookings.k12.sd.us
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Another Image of Cyclic Electron Flow Note: Everything in black is the path of non-cyclic electron flow, but the shaded gray boxes represent cyclic electron flow. As carbon dioxide enters the mesophyll cells after coming into the leaf via the stomata, it is fixed to (joined to) a three-carbon molecule called
[DOCX File]Photosynthesis
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Non-cyclic electron flow – This part makes ATP (by non-cyclic photophosphorylation) and NADPH. a. These electons start out in water, then they are released to Photosystem II as water lyses, the electrons then make their way to Photosystem I by way of the primary electron . transport chain, and then ultimately end up going to NADPH.
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a diagram of the light reactions showing cyclic electron flow. Upper section: Describe. how cyclic and non-cyclic electron flow are different. In addition, explain. why cyclic electron flow is necessary. Tab 4: Chemiosmosis. Lower section: Draw. and . label. a diagram of chemiosmosis in photosynthesis. Make sure that your drawing shows the ...
[DOC File]Module 4
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20. Which of the following is the correct distinction between cyclic and noncyclic electron flow? a, only noncyclic electron flow produces ATP. b. in addition to ATP, cyclic electron flow also produces O2 and NADPH. c. Only cyclic electron flow utilizes light at 700 nm. d. Chemiosmosis is unique to noncyclic electron flow. e.
[DOC File]Photosynthesis - DOC
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Aug 04, 2013 · Non-cyclic Electron Flow in Light Dependent Reactions _____ excites photosystem (II). H. 2 O splits into _____In the thylakoid. O. 2 is released by the plant2H+ help create a concentration gradient. 2 electrons ar passed through electron transport
[DOC File]CHAPTER 10 PHOTOSYNTHESIS
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Choose the appropriate form of electron flow for each of the following statements. a. cyclic b. non cyclic c. both cyclic and noncyclic. forms ATP. forms NADPH. lost electrons are replaced by photolysis. electrons proceed through an electron transfer chain. is used when NADPH supplies are plentiful in the cell. oxygen is released as a byproduct
What is the difference between cyclic and noncyclic ...
Non-cyclic electron flow delivers electrons to the enzyme NADP+ reductase that in turn delivers them to NADPH molecules. NADPH stores high-energy electrons for later use. The big picture then: electrons flow in a constant stream from water molecules to NADPH molecules, generating ATP as they go. ATP GENERATION AND PROTON GRADIENT
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