        Water has many unique properties that make life viable on Earth. One property is coherency. The cohesion property is decently defined as the binding of urine molecules by henry bonds. Water has this property as a result of the chemical bonding between body of water. Cohesion of the strong hydrogen bonds totallyows the water molecules to stick together, almost as a unit of one. A force exerted on one of the molecules will be exerted on all of the adjacent molecules as a result of cohesion. Cohesion, a great deal with the cooperation of adhesion, the clinging of one substance to another, adds to the function and ability of water to batter strong natural forces, such as gravity. When water is in its liquid state of matter, the hydrogen bonds are very washy and weak, about one-twentieth as strong as covalent bonds. The bonds are made, broken, and remade very quickly. Each hydrogen bond lasts only a few trillionths of a second, but the constant synthesis of juvenile bonds with a succession of partners acquires equilibrium. Therefore, a significant percentage of all the water molecules are bonded to their neighbors, making water a much orderly structured liquid than most other know liquids. A property related to cohesion is bulge out tension, a measure of how difficult it is to stretch or break the surface of a liquid.
Water is known to have a greater surface tension than most other liquids. An ordered show of hydrogen-bonded water molecules is present at the boundary between water and air. As a result water behaves as though it is coated with an invisible film along the surface. An example how the cohesion of water affects the functioning of living organisms is present in plants. vapour from the leaves in plants pulls water up from the roots. Cohesion due to...
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