What Is The Importance Of Minerals?

0

What Is The Importance Of Minerals?

Understood as one of the most significant natural resources for the life of human beings, minerals and with them metals have served throughout history to provide innumerable benefits to the life of human beings, the only living being that has managed to dominate them and know them to fondeo for personal use.

The value of minerals for human beings goes back to ancient times, since the first tools of humanity were made with these materials. With the evolution of events, the use of minerals even went on to name the stages of human history: thus, experts have called Stone Age, Copper Age and Iron Age to various phases of civilization.

What Is The Importance Of Minerals?

Likewise, the minerals have given human beings the necessary materials for the construction of houses, fortresses, walls, castles, temples and other constructions that have lasted for millennia. On the other hand, the importance of these products is also reflected in the generation of energy, since the so-called fossil fuels (coal and mainly oil) are nothing other than the mineral transformation of old biological remains. Currently, certain minerals provide energy from other causes, such as radiation.

Minerals and their relationship with nature: elements that are part of a whole

It is not possible to forget that, on the other hand, these substances are an integral part of biological systems. For example, sodium is a relevant constituent of all living organisms, since cardiac conduction and nerve impulses would not be possible in the absence of this mineral. A similar consideration corresponds to potassium, a mineral that integrates the activity of the muscles and the optimal functionality of the heart. The importance of iron is also evident in avoiding anemia and other similar ailments.

We can group or differentiate the minerals according to their coloratura, one of the central elements in the determination of their characteristics. So we have the idiochromatics that are those that always maintain the same color, such as gold or silver. We also have the pseudochromatic minerals that obtain their color from physical characteristics and that is understood as false because it is not proper but can vary depending on the circumstance. Among them we find the opal, for example. In the third place we have the allochromatic minerals, those that can take the color of other elements and that can vary easily throughout their existence such as beryl. We must say, however, that this is only one of the possible ways of differentiating minerals and metals.

The relationship of minerals with the economy: could we live without them?

When we talk about minerals in relation to the human being, we find that the links are much deeper than they really seem at first glance. This is so because as the life of the human being became more complex it was incorporating more and more minerals and its use also became increasingly efficient, more complex, more durable. Nowadays there is no possibility for the human being to live without these elements since much of our daily life depends on it: the way we obtain food, the tools we use at all times, technology, building construction and houses, monetary values, etc.

In commercial areas, minerals acquire a fundamental importance, especially in the financial approach. Gold is considered a reserve of value in many nations, while silver is an element of smaller quantity but of no lesser foundation for economic systems. In a parallel activity, such as jewelery, precious stones make up the stock of preference of most experts and are currently generating large and very tough illegal and trafficking markets.

Minerals complete their presence in modern technology, with silicon integrated into computers, as well as the pieces of zinc and nickel that are part of the engineering resources. Therefore, the importance of these products is evident in the various aspects of daily life.

Share.




Leave A Reply

This site uses Akismet to reduce spam. Learn how your comment data is processed.