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Bio quiz

Metabolism

  • All chemical reactions that occur in 

  • All cells found inside the mitochondria.

  • It builds body tissue 

  • Utilizes energy

  • A campfire that is always burning, but only a little


Photosynthesis

  • Processes of turning sunlight energy into sugars

  • Found in chloroplasts

  • Makes sugars from CO2 and H2O in plant cells-C,H,O

  • Solar Panel

  • Made 3.5 Billion Years Ago from prokaryotic cells


Monomer

  • Small molecules

  • Can be anywhere anywhere in the cell

  • Makes things, provides structure

  • In All cells

  • One lego brick in a set

  • Muscle protein is an example of something made of monomers


Polymer

  • Large molecules, composed of monomers

  • Can be anywhere anywhere in the cell

  • Makes things, provides structure

  • In All cells

  • A set of lego bricks 

  • Can be synthetic 


Light Dependent Reaction

  • 1st stage, split H20 to make O2

  • Chlorophyll, in the chloroplasts, anthocyanins and carotenoids 

  • Energy, makes it

  • Plants, some prokaryotes

  • Solar Panel during day

  • Output is O2 gas for us


Light Independent Reactions

  • 2nd stage, makes the sugar

  • In chloroplasts 

  • Makes sugars which are chemical reactions, uses enzymes

  • Plants cells and some prokaryotes

  • Solar panel during the day

  • Also called the Calvin Cycle


Enzyme

  • Molecules that speed up chemical reactions

  • In the cytoplasm, lysosome

  • Made of proteins

  • All, prokaryotes and eukaryotes

  • Coach, enhance athlete performance

  • They are resilient


ATP

  • Adenosine Triphosphate –>PO3-

  • In Mitochondria

  • 1 Adenosine 3 Phosphates 

  • All, prokaryotes and eukaryotes

  • Full charged, rechargeable battery

  • To release energy, break bond PO4


ADP

  • Adenosine diphosphate PO43

  • Mitochondria

  • 1 Adenosine 2 Phosphates 

  • All, prokaryotes and eukaryotes

  • The empty phase of a rechargeable battery

  • PO3-4 is in between both ADP and ATP

Anaerobic

  • Process that occur in the absence of oxygen 

  • anabolism= building complex molecules