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LIGHT-DEPENDENT REACTION, PHOTOSYNTHESIS, RuBP, ATP, NADPH, PGA, What is…
LIGHT-DEPENDENT REACTION
1ST
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Due to the electron of the chlorophyll. when the sunlight hits the leaf it hits electron and the cause makes the electron excited and jump to a higher energy level.
2ND
For the second step the electron is use to bind a phosphate to adenosine diphosphate to form a high-energy compound called adenosine triphosphate.
3RD
for the third step there is a second pathway in this pathway the excited electrons will be picked up by another electron acceptor which is the NADP+, which they are capable in receiving 2 electron. when water is present in the cell is also split into H+ ions and oxygen, so NADP+ is reduced to NADP-.
4TH
Since NADP- is negatively charged it will be attracted to H+ so it will become NADPH. while with the oxygen molecules are released to the atmosphere through the stomata which are the tiny pores on a leaf. The ATP and NADPH will then be used for the next stage of photosynthesis
SUMMARY
In conclusion Oxygen, NADPH, and ATP were created
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ATP
energy-carrying molecule found in the cells of all living things. It captures chemical energy obtained from the breakdown of food molecules and releases it to fuel other cellular processes.
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NADPH
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It plays a crucial role in many of the chemical reactions that make up the procedure of the photosynthesis.
PGA
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glycerate 3-phosphate A phosphorylated three-carbon monosaccharide that is an intermediate in the Calvin cycle of photosynthesis and also in glycolysis
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