Through photosynthesis, the plant assembles food substances such as sugars. Because that

A hallmark of life that only a special ol er is the ability green card of green plants use carbon from the air to the substance is converted into organic matter and assimilated in the plant body. Higher plants are generally classified on the organisms autotrophs, which can synthesize green card their own makhlukhidup organic compounds are needed. Raw organic compounds are carbon chains formed by the process of photosynthesis of green plants. Photosynthesis or carbon assimilation is the process of converting inorganic substances by H2O and CO2 into organic substances karbihidrat chlorophyll with the help of light. The process of photosynthesis can only be done by a plant that has chlorophyll. This process will only happen green card if there is a light and through intermediaries leaf green pigment chlorophyll contained in the chloroplast.
Photosynthesis or photosynthesis is the process of making food that happens to grow an sinarmatahari and green with the help of enzymes, which plants, algae, and some types of bacteria used to produce energy (nutrients) using light energy. The process of photosynthesis is essential for life on Earth because nearly all living things depend on this process. The process of photosynthesis is also credited produce most of the oxygen contained in the earth's atmosphere.
CHAPTER II
Photosynthesis (from the Greek photo-, "light," and synthesis, "merge", "merger") is a biochemical green card process in the formation of carbohydrate food substances made by plants, especially plants that contain chlorophyll leaves green card or chlorophyll. In addition to chlorophyll of plants, living beings other non-chlorophyll are photosynthetic algae and some bacteria. These organisms photosynthesize using nutrients, carbon dioxide, and water and sunlight energy assistance. Broader understanding of photosynthesis (carbon assimilation) is the process of converting physical energy (light) into chemical energy (sugars). Basically, photosynthesis is the process of preparing a substance by using solar energy. The sun as the primary energy source for life on earth. However, not all organisms capable of directly using it. Only the classifications of plants and some bacteria are able to capture solar energy green card and use it for the preparation of the substance. The process was later called photosynthesis.
Through photosynthesis, the plant assembles food substances such as sugars. Because that's the ability to prepare their own food, plant organisms called autotrophs. Plant also known as producer organism. Photosynthesis uses solar energy to construct simple sugars, sugars composed of a base material, in the form of H 2 O and CO 2, photosynthesis produces waste materials in the form of O 2 and H 2 O, photosynthesis can only be done by plants and some bacteria.
Chloroplast is the green substance found in all green plants. Chlorophyll contained in the chloroplast. The photosynthetic pigments present in the thylakoid membrane. Conversion of light energy into chemical energy takes place in the thylakoid with the final product green card in the form of glucose formed in the stroma. green card Chlorophyll itself is only part of the device in photosynthesis known as photosystem. Is a unit of plant photosystem that capture the sun's energy (chlorophyll).
Plants use carbon dioxide green card and water to produce sugar and oxygen necessary as food. The energy for this process comes from photosynthesis. Consider the equation that produces glucose following:
Glucose can be used to form other organic compounds such as cellulose and can also be used as fuel. This process takes place through cellular respiration occurs in both animals and plants. In general, reactions that occur in cellular respiration green card equation atas.Pada contrast with respiration, sugar (glucose) and other compounds will react with oxygen to produce carbon dioxide, water, and chemical energy.
The process of photosynthesis can not take place in every cell, but only in cells that contain photosynthetic pigments. Cells that do not have photosynthetic pigments is not able to perform photosynthesis. In January Ingenhousz experiment, it is known that light intensity affects the rate of photosynthesis in plants. This can occur because of differences in the energy produced by each of the light spectrum. In addition to the difference in the energy, another factor that made the difference is the ability of leaves to absorb a variety of different light spectra such. Differences in the ability of leaves to absorb light across the spectrum is due to differences genius