Respuesta :
Answer:
The atoms of each element have a characteristic number of electrons arranged in electron shells. The number of valence electrons determines what types of bonds or ions the atoms may form, so the chemical reactivity of an atom arises from its electron distribution. The properties of compounds emerge from the arrangement of their constituent atoms and of the bonds between them.
Thus, a wide variety of molecules with very different chemical properties can be made from the same basic atoms. Each molecule has a distinctive size, shape, and charge distribution, which determine its highly specific ability to interact with other molecules.
Compounds in chemical wastes may contaminate the environment if their atoms are combined in new arrangements that harm living organisms.
Explanation:
In the past few decays, the chemical and medical industries have undoubtedly proven to be beneficial for the human race and have made significant advancements as it attribute to the synthesis of new drugs and chemicals.
However, in light of these developments, the natural resources and environment have been ignored. We all know that all substances are composed of an atom but their complexity, relation with another molecule, location, and concentration is what impact the environment. For example, the small amount of HCl in the stomach is good but in high concentration, it can cause skin problems.
The environment also reacts the same way as the human body does. Industrial waste is made up of atoms that are already present in the environment, they can have a serious impact on the environment.
For instance, a high concentration of waste in soil alters its physical and chemical properties making it unsuitable for the growth of plants, more algae decomposition in water is toxic to aquatic life.
These are just certain examples but the effect can be more deleterious and thus the statement can be counted with the concern of environmental preservation.
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