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The chemistry of life revolves around water. It aids in keeping living organisms alive and ecosystems healthy. Moreover, it is actually referred to as the universal solvent. Various labs, industries, and even our own bodies, utilize this simple molecule.
It is referred to as the universal solvent because of its ability to dissolve the highest number of substances out there. Water gains this ability on the basis of its polar molecular structure for each water molecule consists of hydrogen, which adds a slightly positive charge, and oxygen, a molecule giving a negatively charged end. Thus, every water molecule can surround and detach the ions or molecules if solutes.
The process of dissolution is extremely important not just from the perspective of reactions taking place inside a lab but for biological processes too, like the absorption of nutrients and transporting them into cells. Like salt and sugar, when such substances enter into the water, the polar molecules of water actively interact with particles of the solute which is charged and separates and evenly disperses them.
Even if water is labeled a universal solvent, it is not capable of dissolving everything. Non-polar substances such as oils and fats do not associate easily with water. This drawback has given rise to some industrial and scientific alternatives to water solvents. Water’s usefulness can hardly be surpassed in aqueous chemistry and biological systems.
Water is a silent assistant in every task, whether in replicating DNA in a test tube or in drinking a cup of tea on your desk. His capacity to dissolve and carry complex substances is astonishing and guarantees the title of universal solvent.