Organic Versus Inorganic Compounds - ..

The definition of photosynthesis is the process through which plants use water and carbon dioxide to create their food, grow and release excess oxygen into the air.

The organic compound that is produces during photosynthesis is ..

Aim To see whether light effects the rate of Photosynthesis in plants or not....

Does photosynthesis produce organic compounds?

Organic chemists make building blocks of COOH, carbon linked to two oxygen atoms and one hydrogen atom (H). As we discussed earlier, H is not really an atom, but a neutron. Then ? Because H is not stable in nature, organic chemistry is extremely complex. Organic chemists add outer attachments of OH, O, C, and CH to COOH, and add other molecules to create the most complex patterns imaginable. Why not look at the way God put things together, combining carbon dioxide with water through photosynthesis, keeping the carbon atom and releasing O2 to produce organic compounds? Plants do not release H or C. Organic chemistry then becomes amazingly simple.

The Cell, Respiration and Photosynthesis

Sugar Maples, like all plants, are photoautotrophs, meaning they produce their own food from sunlight, carbon dioxide, and water in a process called photosynthesis. By this process, plants can then produce oxygen and organic compounds (mostly sugars). Not only can the plant produce food necessary for it to survive, but it also produces vital oxygen necessary for humans and many other organisms to survive. For a Sugar Maple tree, as for most plants, the leaves are the sites of photosynthesis.

14CO2 is exposed for a brief period to a green plantthat is conducting a photosynthesis in the presence of sunlight.
the process in which green plants use energy from the sun to transform water, carbon dioxide, and minerals into oxygen and organic compounds.

Photosynthesis - A Process of Organic Compounds

For example, the process starts when energy from light absorbed by proteins called photosynthetic reaction centers and it contains the green pigment called chlorophyll, these proteins are detained with in plants organelles called chloroplasts, while in bacteria they are entrenched in the plasma membrane, in the form of adenosine triphosphate (ATP) some of the light energy gather by chlorophyll is stored, then the remaining energy used to remove electrons from a substance like water, then these electrons are used in the reactions to convert carbon dioxide into organic compounds, a sequence of reactions in plant, algae and cyanobacteria called calvin cycle. But some different kinds of reactions are found in some bacteria's like Reverse Krebs cycle reaction found in chlorobium and it is a range of bacteria. And a number of photosynthesis organisms have adaptations that store carbon dioxide or focus, and this helps to reduce an excessive process called photorespiration process and this can consume in photosynthesis to produce sugar.

An example of photosynthesis is how plants convert sugar and energy from water, air and sunlight into energy to grow.

bacteria used H2S and other organic compounds to ..

The Photosynthesis process does not occur in upper and lower epidermal cells because the epidermal cells do not have chloroplast. So they serve as principally as safeguard for the rest of the leaf. Stomates are holes which occur mainly in lower epidermis and they take in carbon dioxide in and release out oxygen. The veins or vascular bundles in a leaf are part of the plant's transportation system such as carrying nutrient and water around the plant as they need. The photosynthesis takes place in mesophyll cells, because they do have chloroplast Photosynthesis may occur in different ways in different species and several facial expressions remains same for all time.

Well organic compounds are compounds that always contain carbon, or any compound that contains a carbon atom.

Organic Versus Inorganic Compounds

As was previously discuss, chlorophyll is extremely important in plant’s leaf cells to produce sugars via a process called photosynthesis. This type of pigment is found during most of the plant’s growing season, which is during the spring and summer months. Most plants also contain a pigment called carotenoid, as discussed, which creates a yellow/orange color. This pigment, as well, is found during most of the growing season, but chlorophyll washes out its color, which explains why Sugar Maple leaves are green during the spring and summer months. Unlike most trees, Sugar Maples also contain a pigment called anthocyanin which gives plant leaves a red color. This pigment, unlike the other two, is only expressed in the autumn months and under conditions where the days become shorter, the nights longer, and the temperature drops slowly. As this happens, there is less and less sunlight, causing the tree to produce less chlorophyll until chlorophyll production ceases. As less chlorophyll is made, the other pigments within the leaves can begin to be expressed. The rate at which this happens varies from leaf to leaf in Sugar Maple, so the leaves of one single tree can give a whole assortment of colors at any given time.