How Water is Related to Chemistry Water is a polar solvent, its molecule is covalently bonded, which compensates for unequal sharing of electrons, which results in a water molecule that is partially positive and partially negative. Organic molecules like ethane and many other molecules are nonpolar, meaning they have neither positive nor negative ends. As a result, individual molecules present in water are highly interconnected due to the presence of weak hydrogen bonds. Water acts as a universal solvent. All living things are made up of entities, called atoms and molecules, and these entities are found in aqueous solutions, that is, solutions containing water-soluble elements. Defining solutions, they are homogeneous mixtures of molecules consisting of two or more elements. Usually, the solvent is the substance that is present in the solution in the largest quantity, mostly forming a liquid. The substance which is found in less quantity in the solvent is called solute. Dissolving an ionic bond compound, for example sodium chloride or NaCl, using water is the simplest process. However, examining their molecular composition determines the solubility of many molecules. The biochemical basis of this process is that organic matter breaks down into compounds called lipids that lack a polar covalent bond in some regions. Fats are part of the lipid group. The covalently bonded polar water molecule behaves in a way that excludes nonpolar molecules that cause fats to clump together. Thus, the composition of a large number of molecules affects their solubility to a large extent. Water tends to break down into H+ and OH- ions. During this dissociation process, oxygen attaches itself to the middle of the paper with the negative lone pair of a different water molecule, called a hydrogen bond. This hydrogen bond is a form of fragile electrostatic attraction, giving rise to a complex system of molecules. Thus, water is even more linked to chemistry. In fact, most of the chemical processes and reactions that the water molecule comprises in one way or another, may be the formation of the solution as a solvent, or perhaps the testing of the electronegativity of substance, all over the world. in chemistry, we see the role of water. Water is not only related to scientific chemistry, but also to the chemistry of life, because the life form is more or less composed and accumulated of water. References Chemistry in Context" Wm C Brown Publishers, Dubuque Iowa, 2nd edition, A project of the American Chemical Society, ed.: A. Truman Schwartz et al.., 1997