Foundations of Inorganic Chemistry - Chemical Interactions

Foundations of Inorganic Chemistry - Chemical InteractionsThe foundations of inorganic chemistry are Chemistry itself. Before that, we have Physics. When you look at the properties of compounds and other types of material, what do you see? What elements or compounds do you have with which to work?For example, in studying the atomic structure of a chemical compound, it is important to know the relative proportions of different elements in the composition. Different elements require different combinations of others. These are the same when it comes to studying the properties of solid materials.Compounds can be created from compounds by simply combining different elements together. We call these elements carbon, hydrogen, nitrogen, oxygen, sulfur, fluorine, and silicon. These compounds are called reactants and a reaction will take place if one reacts with another.Let's take carbon for example. Carbon is a compound of two hydrogen atoms and two electrons and there are many different reac tants that will create carbon. If two carbon atoms are combined, they create methane and if two carbon atoms are separated, they create carbon dioxide.The atomic weight of a carbon is sixteen and there are four protons, four neutrons, and four electrons present in carbon. Each type of reactant has a different effect on the overall molecule of carbon.The reactions that occur when two or more reactants are combined depend on the types of reactants involved. That's one of the foundations of inorganic chemistry, the knowledge of the types of reactants that are present.Another foundation of inorganic chemistry is the understanding of diffusion. This means the knowledge of how far a substance moves after being added to an organic solvent.A certain reaction takes place when some compound is combined with another. The properties of the resulting compound are determined by the properties of the substances that were combined in the first place. That's why foundations of inorganic chemistry ar e important.