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Photosynthesis affected by Environmental factors, glucose can be used in Cellular Respiration, Cellular Respiration may be Aerobic Respiration, Cellular Respiration may be Anaerobic Respiration, amino acids can be used in Cellular Respiration, Environmental factors include light, Environmental factors include carbon dioxide, water is splitted into oxygen, water is splitted into hydrogen, parenchyma cell in Leaves, Significance of converting light energy into chemical energy, importances of Anaerobic Respiration, carbon dioxide combine to form glucose, carbon dioxide combine to form hydrogen, light trapped breaks water, magnesium combine to form chlorophyll, glucose can be converted to starch, glucose can be converted to other carbohydrates, glucose can be converted to fatty acid, glucose can be converted to cellulose, Aerobic Respiration can be represented by simple word equations, Anaerobic Respiration can be represented by simple word equations, other carbohydrates can be used in Cellular Respiration, Requirements include light, Requirements include chlorohyll, Requirements include carbon dioxide, Requirements include water, Photosynthesis has the Significance , Photosynthesis has the Requirements, Chloroplasts in mesophyll cell, Chloroplasts in parenchyma cell, glucose is the major product, Anaerobic Respiration may be Alcoholic fermentation, Anaerobic Respiration may be Lactic acid fermentation, glucose combine to form amino acids, minerals combine to form amino acids, Aerobic Respiration releases carbon dioxide, mesophyll cell in Green stem, minerals e.g. magnesium, chlorohyll traps light, Photosynthesis is carried out in Chloroplasts, fatty acid can be used in Cellular Respiration, glucose combine to form chlorophyll