Account for the Different Physical Properties and Uses of Diamond, Graphite and the Fullerene You Have Chosen, in Terms of Bonding.

The name "diamond" comes from the Greek word, "adamas" meaning unconquerable. Fittingly diamonds are made of pure carbon, and diamonds are the hardest natural substance known to man.[1][1] Diamonds have long been a sign of wealth and fortune. Kings and queens have worn these forms of concentrated carbon and even more countless millions people over time have lusted after them. These gems can be transparent, truculent white, yellow, green, blue, or brown. To understand the value of these stones, and ultimately their role in war, it helps to first understand their origins and where they come form.

Diamond is affected by the rock cycle in many different ways. One way is that without the process of which metamorphic rocks would form, then there would be no diamonds (Crain). They need to go through that process, so the sediments become a diamond. Another way that diamonds are affected by, as said by Crain, the rock cycle is the process of how Igneous rocks will be formed. Depending on the volcanic eruption happened the diamond may be created differently. There are different paths the sediments can take to become a diamond, also all the ways are made possible by the rock cycle.

Since diamond is such a durable material, it can only be cut by another diamond.

* Diamond is the strongest natural mineral known by a man. It is a crystalline form of carbon.

Diamond is one of the most expensive gemstones. It is rare and it has difficult ways to extract. Diamond has been discoverd from thousands of years, it is the result of exposure carbon to heat under the ground over onethousand and fourhandred dgrees, and this is how diamonds are shaped. In this essay I will write , explain and compare between the four article about purpose and audence.

Diamond Chemicals is a leading producer of polypropylene, the polymer used in a variety of products (ranging from medical products to packaging film, carpet fibers, and automotive components) and is known for its strength and elasticity.

“Explain how carbon’s electron configuration determines the kinds and numbers of bonds that carbon will form.”

(n.d.), silver has many industrial uses. It accounts for more than half of the mineral demand worldwide in the last five years. Silver’s physical strength, brilliance, softness, and flexibility make it easy to use in just about anything. People have used it in jewelry, tableware, and fine arts for many years. Silver is also used in some industrial applications because of its conductivity; silver has the highest electricity and heat conductance than any other element, and its sensitivity to light and its anti-bacterial qualities. Today silver is used it batteries, dentistry, glass coatings, LED chips, medicine, nuclear reactors, photography, solar energy, RFID chips, semiconductors, touch screens, water purifications, wood preservatives, and it has many more uses. The biggest consumers of silver for industrial uses in the past ten years have been the United States, Canada, China, India, Japan, South Korea, Germany, and Russia (What is silver used for in industry?,

The story of these infamous diamonds all started with a fifteen year old who found a diamond in his father 's arm. The diamond business started in 1935 when “De Beers” took all control over dining prospects in Sierra Leone. De Beers are a group of companies has a main role in the exploration of diamonds, as well as diamond mining, diamond retail, diamond trading, and industrial diamond manufacturing sectors.This group was founded in 1888, and they are responsible for the problems Sierra Leone is facing today. These diamonds can be found in volcanic pipes. Diamonds are a pure form of carbon in a transparent state. Diamonds have always been a sign of wealth. Historically kings and queens were known for wearing these. Over time many people began lusting over them.

d) Synthetic diamond is not a mineral. In order for an object to be a mineral, it must be naturally occurring, inorganic, solid, have orderly crystalline structures, and definite chemical compositions. Synthetic diamond isn’t classified by a mineral because it is human

Graphene synthesis usually utilise a method called exfoliation, which is defined as taking the outermost layer of graphite. There are three major types of exfoliation: chemical, mechanical, and thermal. The paper mainly focuses on chemical and mechanical exfoliation for graphene synthesis, which are the methods with highest number of experiments done.

A diamond is the hardest substance found in nature, taking it's strength from the very tight arrangment between carbon atoms. Three of the most famous diamonds are the Koh-i-Noor, the Cullinan, and the Hope Diamond. In 1958 Harry Winston gives the 112-carat blue diamond, known as the Hope Diamond, to the Smithsonian Institute in Washington D.C., where it is on permanent

Many people make sketches before they prepare their final work. An example of a drawing is car sketches. Specifically, a 1992 Ford Mustang was sketched on paper by an artist. The type of media the artist displays is dry media. It does not demonstrate wet media because the drawing does not consist of any type of ink or brush. It is obvious that the artwork was created by pencil. By examining the art piece, one can visualize the shading it presents. Therefore, the drawing is considered graphite. Graphite is classified as a form of carbon. The most popular type of graphite is a pencil. The lead and eraser in a pencil makes it known to be the most popular drawing tool. Graphite played a major role in the 1992 Ford Mustang

Diamond has a giant molecular structure. Each carbon atom is covalently bonded to four other carbon atoms. Since covalent bonds are so strong, a great amount of energy is required to seperate the atoms in a diamond,

Graphene is a form of carbon which has recently been receiving a great deal of attention. Some have come to call it “the wonder material” due to its many extraordinary properties. Although isolated in 2004, graphene's properties had been calculated decades earlier. It consists of a single layer of carbon atoms arranged in a hexagonal lattice. A single sheet of graphene is stronger than steel and yet remains very flexible, retaining all of its properties despite being bent and unbent multiple times. It is able to sustain extremely high electric current densities, is impermeable to all gasses, has a thermal conductivity double that of diamond and a very high electron mobility at room temperature. It is also easily chemically functionalized,