Answer:
During the light reaction of photosynthesis carbon dioxide and oxygen are involved in ATP production.
Explanation:
The photosynthesis process consist of 2 type of reaction light dependent reaction and light independent reaction or dark reaction.
During the light reaction photolysis of water molecules take place.The photolysis of water generates electrons which passes through various electron carriers resulting in the formation of ATP.
In light-dependent reactions are carbon dioxide and oxygen involved in photosynthesis atp production.
In the light-dependent or photochemical stage, bioluminic reactions occur inside the plant.
This phase depends on the light received by the chloroplasts of the plant cells, which are captured by the chlorophyll.
This light energy decomposes water into Oxygen and Hydrogen, releasing the Oxygen and generating 2 molecules through the movement of their electrons from one level to another.
With this energy, the ATP molecule is produced and the reducing power that is the NADPH2 molecule that will contribute chemical energy to the next phase for the transformation of CO2 into carbohydrates.
That is, in the dark phase, ATP and NADPH molecules and carbon dioxide are used as the basis for the generation of glucose.
Therefore, we can conclude that in light-dependent reactions are carbon dioxide and oxygen involved in photosynthesis atp production.
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