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7. PHOTOSYNTHESIS - Coggle Diagram

- - - - OCCURS ACROSS THE THYLAKOID MEMBRANE WITH ATP SYNTHASE
      - H IONS FLOW FROM THE LUMEN TO THE STROMA
      - THEIR FLOW POWERS ATP SYNTHASE TO CONVERT ADP TO ATP
    - - ELECTRONS FROM PS 1 ARE TRANSFERRED TO NADP, REDUCING IT TO NADPH
      - HAPPENS ON THE STROMA SIDE OF THE THYLAKOID MEMBRANE
    - - OCCURS INSIDE THE THYLAKOID LUMEN
      - WATER IS SPLIT INTO OXYGEN AND PROTONS AND ELECTRONS
      - THE ELECTRONS GO TO PS 2 WHILE H IONS BUILD UP IN THE LUMEN
- - - - TEMPERATURE AFFECTS THE RATE OF PHOTOSYNTHESIS BY IMPACTING THE FREQUENCY OF SUCCESSFUL ENZYME-SUBSTRATE COLLISIONS
    - - PH AFFECTS THE RATE OF PHOTOSYNTHESIS BY CHANGING THE CHARGE AND SOLUBILITY OF THE ENZYMES INVOLVED
  - - - INCREASING CO2 CONCENTRATIONS WILL RESULT IN HIGHER RATES OF PHOTOSYNTHESIS UNTIL ALL ENZYMES ARE SATURATED
    - - INCREASING LIGHT INTENSITY WILL RESULT IN HIGH RATES OF PHOTOSYNTHESIS UNTIL ALL PIGMENTS ARE PHOTOACTIVATED