What is the meaning of chlorophyll for photosynthesis?
The importance of chlorophyll for photosynthesis is that it captures light energy from the sun and produces glucose by chemical reaction. In particular, chlorophyll absorbs light from the red and blue parts of the light spectrum and reflects green light. That's why plants seem green. Chloroplasts in the plant store chlorophyll, and these are found in the mesophyll layer of the leaf. The chemical reaction that takes place includes six carbon dioxide molecules and six water to form glucose and six oxygen gas molecules.
The main use of chlorophyll for photosynthesis is to capture electromagnetic light energy from the Sun. Sunlight is divided into a spectrum of colors, whose visible part that people see in the souls and shone in the light. Chlorophyll uses red and blue parts of light to create the energy needed for photosynthesis. Different forms of chlorophyll absorb slightly different light color. No types absorb green light, so all the green light from the sun is reflected in the plant, thanksWhich people see them as a green color.
chloroplasts of the plant store the chlorophyll used in photosynthesis. These chloroplasts are found in the middle layer of plant leaves known as the mesophyll layer. They contain thylakoids, membranes that hold chlorophyll. Chlorophyll consists of carbon, nitrogen and central magnesium ion.
Photosynthesis is the transformation of carbon dioxide and water into glucose and oxygen. Six carbon dioxide molecules (CO 2 ) and six water molecules (H 2 o) respond to the production of one glucose molecule (C 6 12 6 ) and six oxygen gas molecules. Nothing is lost in this reaction, as with all chemical reactions; It is balanced on both sides. Potchlorophyl for photosynthesis is used to provide the energy needed for reaction. Sunlight absorbed by chlorophyll serves as a catalyst.
The use of chlorophyll for photosynthesis occurs in the bright part of the reaction. Photosynthesis has one part that occurs in daylight and the other that occurs at night. Chlorophyll converts light energy into chemical energy by creating adenosine triposphate (ATP), which is similar to DNA structure. ATP is used as part of a reaction that occurs in the dark as a source of energy. Photosynthesis can be considered as a "charging" phase and the "release" phase.