24 Hour Customer Service:
1-570-955-1438

Call for a quote line:
1-570-301-7456

Research Papers on Minerals

Minerals are the building blocks of our world. Paper Masters can customize any research project you need on minerals or any one mineral to assist you in your science and geography courses.

Much like the individual atom is often considered to be the fundamental building block of all mater, so too is the mineral considered to be the fundamental building block of all rocks. According to one author, all rocks are made up of minerals—primarily oxygen and silica. While there are some pure mineral rocks—such as quartz or granite—most rocks are a collection of various minerals combined together to make up one unique substance. While minerals, in the form of rocks are quite common, minerals are unique, in that, they have specific formation properties and structures. To better elucidate these characteristics, this investigation considers the myriad of facets of minerals and their practical use in everyday life.

Minerals

Despite the fact that minerals are indeed quite common, they can only be formed via three specific mechanisms. First minerals can be formed through the combination of high temperatures—usually in excess of 900o C—and high pressures at the center of the earth. Here, “the earth is composed of a molten silicate mass, called magma, from which most igneous rocks are formed” . As the magma moves toward the surface of the earth—i.e. in a volcanic eruption—it begins to cool and minerals form. In addition to magma, minerals can also be formed when a gas transforms directly into a solid and when water evaporates from a water/mineral solution.

What sets minerals apart from rocks is the fact that minerals consistently have unique geometrical formations that are only characteristic of minerals. What this means is that all of the atoms in a mineral are locked together in a specific crystal lattice that is unique to that mineral. To date scientists have identified six crystal structures that are prevalent among minerals:

  • Isometric
  • Tetragonal
  • Hexagonal
  • Orthorhombic
  • Monoclinic
  • Triclinic

While minerals may be similar in composition—i.e. comprised of the same element—their crystal structure is what mitigates their individual chemistry, reactivity and appearance. To illustrate this point, one only needs to consider the carbon minerals of graphite and diamonds. While bother are comprised solely of carbon, both have strikingly different properties: graphite is black and soft while diamonds are shinny and hard. The reason for the difference between these two minerals is not the constituent element; rather it is the crystal lattice that comprises each mineral.

Related Research Paper Topics

Bottled Mineral Water - Bottled Mineral Water Research Papers delve into an example of an order placed on how to promote bottled drinking water witch specific directions given.

1872 Mining Law - 1872 Mining Law Essentially, as an article in a newspaper points out, “Miners are allowed to recover minerals without paying royalties to the federal government.

Iron the Mineral - Iron the Mineral Research Papers delve into the functions of the mineral to help the body, and the different sources to get the nutrient.

Human Nutrition - Human nutrition, in the ideal, requires seven classes of nutrients: carbohydrates, fiber, fats, proteins, minerals, vitamins, and water.

Benefits of Dietary Supplements - Benefits of Dietary Supplements research papers look into the convenient and popular way for individuals to ensure that they are receiving adequate levels of vitamins and minerals.

Fundamentals of Nutrition - Research papers on the fundamentals of nutrition discuss the importance of nutrition to maintain a healthy, balanced lifestyle.

Stratovolcanoes - The essential feature of a composite volcano is a conduit system through which magma from a reservoir deep in the crust of the Earth it rises to the surface.

Hawaiian Volcanoes - The sequence of life of the Hawaiian Emperor Chain volcanoes begins with the submarine preshield.