Well, it sure isn't the birgochemical cycle...
Carbon
photosynthesis
Because the simple ingredients that the plant takes up such as water, sunlight and carbon dioxide are converted into complex molecules such as glucose (and oxygen). The chemical reactions that occur in photosynthesis is a anabolic pathway.
Photosynthesis is the second step in a plant's life cycle.
Plants produce glucose through photosynthesis, this glucose is then used by the plant for energy, or stored as starch in the leaves. The light from the sun, is simply used by the plant to convert CO2 and H2O, (water), into glucose - which is used by the plant for energy as explained above.
Carbon dioxide doesn't form in the Calvin Cycle (I assume you're referring that because there isn't such a thing as the "Calving Cycle" in biochemistry. Carbon dioxide must be taken in by the plant via the stomata and it is then used by the plant in photosynthesis. Clearly, this is why plants rely on carbon dioxide to complete the Calvin cycle and in large, photosynthesis. ~ nkindianhobo ~
photosynthesis
Because the simple ingredients that the plant takes up such as water, sunlight and carbon dioxide are converted into complex molecules such as glucose (and oxygen). The chemical reactions that occur in photosynthesis is a anabolic pathway.
Photosynthesis is the second step in a plant's life cycle.
If there was a shortage of NADP plus, the cells in the plant would not be able to run through the photosynthesis cycle.
After the plant has completed the photosynthesis cycle it has produce water and carbon dioxide. These components are essential for cellular respiration.
It helps the plant make PHOTOSYNTHESIS work
No, it's not possible. Light energy from the sun is the only source which can account for the observed biochemical changes, collectively known as 'plant growth'.
Photosynthesis results in stored energy within the plant's cells, which is then used to power biochemical reactions such as cell division or protein production.
Photosynthesis is composed of 2 main words... photo, meaning light, and synthesis, to make. Photosynthesis is the process of creating glucose from light in a plant.
The Carbon Cycle. Carbon is taken from Carbon Dioxide in the air to stored as sugar in the plant.
Plants produce glucose through photosynthesis, this glucose is then used by the plant for energy, or stored as starch in the leaves. The light from the sun, is simply used by the plant to convert CO2 and H2O, (water), into glucose - which is used by the plant for energy as explained above.
Carbon dioxide doesn't form in the Calvin Cycle (I assume you're referring that because there isn't such a thing as the "Calving Cycle" in biochemistry. Carbon dioxide must be taken in by the plant via the stomata and it is then used by the plant in photosynthesis. Clearly, this is why plants rely on carbon dioxide to complete the Calvin cycle and in large, photosynthesis. ~ nkindianhobo ~