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Bio. 4.2.1 Ph vs CR
Photosynthesis, Cellular Respiration, and Chemosynthesis
Cellular Respiration | Lactic Acid in Muscles |
---|---|
Cellular Respiration | Food is broken down |
Cellular Respiration | Energy from Glucose is Released |
Cellular Respiration | Carbon dioxide is Produced |
Cellular Respiration | Oxygen is Used |
Cellular Respiration | Products are Carbon Dioxide and Water |
Cellular Respiration | Does not require Light |
Cellular Respiration | Occurs in All Living Cells |
Cellular Respiration | ATP IS Synthesized |
Photosynthesis | Food is synthesized using Carbon Dioxde and Light |
Photosynthesis | Energy from the sun is stored in Glucose |
Photosynthesis | Carbon Dioxide is a Reactant |
Photosynthesis | Oxygen is a Product |
Photosynthesis | Produces the sugar Glucose |
Photosynthesis | Requires Light |
Photosynthesis | Occurs only in the presence of Chlorophyll |
Photosynthesis | Occurs in only autotrophs |
Cellular Respiration | Occurs in Autotrophs and Heterotrophs |
Chemosynthesis | Food is synthesized from Inorganic Molecules: Methane, Salt, Hydrogen Sulfide |
Chemosynthesis | Organisms called Chemotrophs |
Chemosynthesis | Organisms called Extremophiles: Their Enviroments are Extreme |
Chemosynthesis | Live in Environments with Little or no Oxygen |
Chemosynthesis | Anaerobic Bacteria |
Chemosynthesis | Habitats: Hydrothermal Vents, Methane Vents, Sulphur Vents Extreme Saline Environments |
Chemosynthesis | Thermophiles Bacteria that can survive in enivronments in temperature above the boiling point |
Chemosynthesis | Sulfur, Methane, or Nitrogen is a main Food Source |