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Carbon dioxide, water, and light energy are used to produce glucose and oxygen. The process provides a pathway to turn light energy into chemical energy. This energy is used by all heterotrophs (such as animals, fungi, and many bacteria) to support all cellular functions. In a way, because of photosynthesis, most life on Earth can exist.

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Chlorophyll and other pigments of photosynthesis are mainly in chloroplasts. There are also pigments such as carotenoid present in chromoplasts. Photosynthetic pigments are also found in cyanobacteria.

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Photosynthesis is the synthesis of using sunlight as the source of energy and with the aid of chlorophyll and associated pigments. Also, photo means light from the loan-translation of German.

A synonym for photosynthesis could be light construction.

Carbon assimilation is synonym for photosynthesis

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Photosynthesis can occur without sunlight but only for a certain period as the sunlight originally supplies the energy that is needed to be converted. Without the original source for an elongated period photosynthesis would eventually stop.

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Any part of the plant that is green will have cells that contain chloroplasts which are responsible for capturing light and converting it to chemical energy.

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No, not all living organisms undergo photosynthesis.

Only phototrophs (photosynthetic autotrophs) such as plants, algae, and many forms of photosynthetic bacteria undergo photosynthesis. All other organisms live by eating autotrophs or other organisms that have eaten autotrophs; these organisms are heterotrophs. There are a few specialized organisms (which may live where no light shines) that use a process called chemosynthesis to get their energy; these organisms are called chemotrophs.

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The process of photosynthesis provides plants with the food and energy they need to grow. The animals subsequently eat them at various stages of their growth. Photosynthesis is the driving force of primary producers

One of the byproducts of photosynthesis is oxygen (both terrestrial and marine plants), which we breath. Without photosynthesis the oxygen levels in the atmosphere would not be replenished.

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Plants have chloroplasts which contain chlorophyll, and if there is decrease in chlorophyll due to less availability of magneseium or nitrogen in the soil, then this results in Chlorosis.

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The rate may increase as the exchange of CO2 and O2 becomes easier, but the rate of transpiration (water vapor being lost to the atmosphere) will increase. With this trade off, there is an optimal size for the stomata to be for the given conditions.

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Petrol is a hydrocarbon ( made of hydrogen and carbon). When it burns in plentiful of oxygen it form carbon di oxide gas and water vapours. If oxygen is in limited supply carbon monoxide is formed instead of carbon dioxide.

Petrol sometimes contains impurities of Nitrogen and Sulphur. When petrol burns these elements combine with oxygen to make oxides of nitrogen and sulphur dioxide ( All of which are gases).

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Other names for the Calvin Cycle are the "dark cycle" or "light independent reactions".

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Stomata are minute openings occurring in large numbers on the lower surface of a leaf.

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Yes, although only when the water is clear and shallow enough for sunlight to travel through the water to plants like algae helping them survive. However, some algea species are able to live further down and photosynthesize. Rhodophyta, red algea, is able to photosynthesize because of a pigment called phycoerythrin which allows them to absorb more blue light wavelengths. The fact that it can absorb blue light is important these shorter wavelengths are able to penetrate into the water further.

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Plants perform photosynthesis by taking in water and the carbon dioxide we breathe out, and turning them into a mixure called glucose. 'Air' or oxegyn is a byproduct of photosynthesis. So plants and us are, in essence, dependent on each other for life.

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Yes, leaves do not have to be green to photosynthesize and make food. The green is caused by chlorophyll, the most common and the most efficient, but not the only, compound that can extract energy from sunlight. Other pigments that can photosynthesize include cartenoids and phycobilins, and non-green leaves that photosynthesize range from brown and red seaweeds to red or yellow lichens and purple-leaved plum trees.

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Plants need light and they will grow towards where they receive an optimal amount; plants will face where the light is. You can experiment on your own by growing your own plant and using a desk lamp as the light source. As the plant grows, it will lean towards and face the light source directly.

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No, stomata are pores for the exchange of gases.

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It depends on the type of respiration taking place. Lactic acid or ethyl alcohol will be produced if it is in anerobic (O2 is not present) conditions while water will be produced as a waste in aerobic (O2 present) conditions. In the process, CO2 is also produced no matter if it is anerobic or aerobic.

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The green plants perform photosynthesis and thus produce organic compounds like glucose from inorganic compounds like H2O and CO2 in their chloroplasts in the presence of light. All other food products are derivatives of photosynthetic products.

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Well,plants do absorb oxygen along with CO2,but only a little.We take in oxygen with CO2,but only a little.

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oxygen
Oxygen gas is the product of photosynthesis. It comes from the water being split at photosystem II.