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metsrule123456789
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Starting with carbon dioxide in the air and water in soil, explain how a photosynthetic cell in a leaf uses the energy from light to first generate a glucose molecule. Then BRIEFLYdiscuss how that glucose molecule can either be converted into an amino acid for the plant to use in protein synthesis or burned to be used as fuel to power protein synthesis. You may draw a diagram to accompany your explanation. Please do not use the word energy.
(The following terms should be included: ETC, chemiosmosis, P700, electron carriers, xylem, gluconeogenesis, light harvesting complex, water, nitrogen, soil, chloroplast, stomata, thylakoid membrane, rubp, thylakoid compartment, P680, stroma, grana, water, NADP+, H+, ATP, NADPH, ADP, Pi, gradient, electrons, cellular respiration, reaction center, chlorophyll a, rubisco, chlorophyll b, Photosystem I, carbon fixation, mitochondria, Photosystem II, ATP Synthase, light harvesting complex, calvin cycle, G3P)
(The following terms should be included: ETC, chemiosmosis, P700, electron carriers, xylem, gluconeogenesis, light harvesting complex, water, nitrogen, soil, chloroplast, stomata, thylakoid membrane, rubp, thylakoid compartment, P680, stroma, grana, water, NADP+, H+, ATP, NADPH, ADP, Pi, gradient, electrons, cellular respiration, reaction center, chlorophyll a, rubisco, chlorophyll b, Photosystem I, carbon fixation, mitochondria, Photosystem II, ATP Synthase, light harvesting complex, calvin cycle, G3P)