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Photosythesis - Coggle Diagram

- - - - ATP
        
        Adenosine Triphosphate
        
        muscle movement
        
        Powers Active Transport
        
        The primary energy carrrier in livin g
        
        Powers the making of Organic Componds
      - NADPH
        
        Reduced from NADP
    - - Wavelength = the distance between the crests of electromagnetic waves
  - - - Concentration gradient of released H+ ions is created using the newly produced atp
      - ATP generated
      - O2 is released as a by-product.
- - - - ATP & NADPH power the formation of organic compounds
- - - - Thylakoid
        
        Thylakoid Membrane
        
        Photosystem I
        
        Once the excited electrons are replaced with the ones from the hydrogen molecules, they are sent to PS1 by an electron transport chain
        
        pigments in PS1 use light energy to revive the electrons. These refreshed electrons are put onto another electron transport chain
        
        This chain does not create an ion gradient or produce energy
        
        Electrons help NADP+ and H+ to create NADPH
        
        1 more item...
        
        Discovered first, comes second in the process
        
        Photosystem II
        
        Discovered after PS1 but appears first in the process
        
        Light Absorbed by chlorophyll drives a transfer of electrons (pigment to pigment) to an electron acceptor to an electron acceptor (NADP)
        
        This light activated chlorophyll will split the water molecule. This process is called Photolysis.
        
        Pigments
        
        different picgments absorb different wavelengths
        
        1 more item...
        
        Matter reflects, transmits, or absorbs light
        
        absorb light
    - - NADPH and ATP used
        
        Reduction Phase: 6 Carbon molecueles broken into 2 3C molecules (phosphoglycerate)
        
        Regenteration Some 3 Carbon molecules bond to make glucose, others recombine to make 5 Carbon molecule
        
        The process restarts
        
        ATP Produced
        
        Glucose Produced
        
        NADP Produced
        
        Carbon Fixation: CO2 Molecules enter the cycle through the stomata. The enzyme rubisco combines RUBP (a 5 Carbon) with CO2.