Answer:
Eutrophication is what happens when nutrient levels become too concentrated in rivers, lakes, and oceans. Eutrophication is when the levels of nutrients and minerals in a body of water become too concentrated. It is usually induced by the release of nitrate or phosphate-containing substances into a water body.
Explanation:
Soil develops in horizontal layers.If we cut vertically into the earth ,the different layers become visible.A soil profile is a sample taken from the surface down through the soil . The horizontal layers of soil are called soil Horizons.
The Adipose tissue acts as a firm, protective packing around and between organs, bundles of muscle fibers, and nerves. Adipose tissue serves as a key metabolic component in the control of whole body energy homeostasis. While the brown adipose tissue stores lipids for cold-induced adaptive thermogenesis.
Other organs use the white adipose tissue as a vital energy source. In addition to protecting the body from the cold and the heat, cushioning sensitive organs, and secreting hormones and biological chemicals, its main job is to store energy. On the other side, neonates and foetuses tend to have more brown adipose tissues.
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<u>Answer:</u>
<em>The energy in the bonds of glucose molecule is transferred to the phosphate groups in ATP.
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<u>Explanation:</u>
Cells derive energy by performing cellular respiration. The usable form of energy required by living cells is stored as <em>ATP which has three phosphate groups and thus gets the name Adenosine Triphosphate. </em>Within cells glucose molecules and oxygen react to form carbon dioxide, water and ATP.
<em>ATP is formed by the combination of ADP and a phosphate group</em> and is used for energy storage. It is the energy of the bonds in glucose molecule that gets transferred to the phosphate groups in ATP. <em>If energy has to be released this ATP has to break down into ADP and phosphate.
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<h3>Producers</h3>
Explanation:
Producers are autotrophic organisms capable of producing complex organic compounds from simple inorganic molecules through the process of photosynthesis ( using light energy) or through chemosythesis (using chemical energy).
Examples are green plants, small scrubs, phytoplankton, algae
