B4

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  • Transport in Plants
    • B4
      • Inside a Cell
        • Plant
          • Cell wall (Plants and Bacteria)
          • Nucleus
            • Cytoplasm
              • Mitochondria
                • Vacuole
          • Chloroplast (plants only)
        • Animal
      • Respiration
        • Glucose + Oxygen = Carbon dioxide + Water
          • Slow release of energy in stages over a long period of time
        • Aerobic
          • With Oxygen
        • Combustion: Lots of energy released over a short period of time
        • Anerobic
          • Without Oxygen
          • Gluscose converted  without Oxygen to Lactic Acid
          • Lactic Acid + Oxygen (Oxygen Debt) = Carbon Dioxide + Water
      • Enzymes
        • Lock and Key Model
          • Active Site
          • Substrate
          • Enzyme
          • Amino Acids
          • The structure is effected by:  Temperature  pH
            • Increasing Temperature
              • Increases Enzyme collisions
              • Increase Energy
              • Increases the Enzyme activity
              • Optimum Temperature
                • Where the Enzymes work the fastest
                • If you keep on increasing the temperature after the optimum temperature then the active site will change shape permanently.
    • Diffusion
      • molecules move randomly
      • High Concentration to a low concentration
        • Increase the temperature you increase the rate of diffusion
      • Osmosis
        • Special type of Diffusion
    • Minerals
      • potassium used to make proteins for growth
      • Magnesium used to create chlorophyll
        • Chlorophyll is responsible for the absorption of light to provide energy for photosynthesis
      • phosphorous is used for photosynthesis

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