Analyse the Commodity Attractions of the Element Nickel Essay

The objectives of this lab was to determine the density of pennies minted in different years. Then to compare the densities of those pennies to see what change or changes occurred in the composition of the pennies. And finally, to try to identify possible metals in the cores of the pennies.

Copper-zinc (VMS-type?) mineralized zones were discovered in Archean volcanic rocks in the southern part of North Williams Township by Metron Explorations Limited in 1970. The mineralized zone and surrounding area were evaluated with a HLEM survey and drilled with 2 DDHs (totaling 61.3 m) that did not intercept significantly mineralized rocks (Willars, 1971).

7. NiSO4, nickel sulfate was in the past very valuable and it is recognized by its “envious” green nature.

Bitter Creek has argillic rocks overlaying propylitic rock, and many of the rocks contained a significant amount of pyrite and hematite; thus explaining the high concentrations of sulfate and iron. Alum Creek also contains argillic and propylitic rocks with hematite cement, biotite, and epidote. The iron-rich minerals and sulfur-rich minerals cause high concentrations in iron and sulfate. Alum Creek and Bitter Creek most likely did not have carbonate minerals to act as a buffer to the highly acidic minerals. Iron Creek, as inferred by its name, has a significant concentration of iron-rich minerals, such as hematite, pyrite, and biotite from propylitic rocks. Iron Creek also contains argillic rocks.

The Wabigoon Subprovince is part of the Superior Province, an Archean age craton composed of E-NE trending granite-greenstone and metasedimentary terranes that span from western MN to northern Quebec. In Canada, the Neoarchean Wabigoon subprovince hosts numerous precious and base metal deposits, including the Sturgeon Lake VMS deposits and Rainy River and Hammond Reef gold deposits (Figure 2). Historically considered moderately to weakly prospective for hosting VMS deposits due to inferred shallow marine conditions and relatively low temperature felsic volcanic rocks (Lesher et al., 1986; Gaboury and Pearson, 2008), the observation that many Wabigoon- hosted gold deposits may exhibit characteristics r of epithermal deposits

There are two types of minerals that we find in Earth - rock-forming and ore minerals.

51. Building stones, including large stones, coarse gravel, and fine sand, account for 90 percent of nonmetallic mineral extraction.

The Slave Structural Province is a unique and distinctive Archean craton in the northwest Canadian Shied, which is indicated by its rock types, deposits and structures (Padgham,1992). The Slave province covers much smaller than (1/10) that of Superior Province, which is about 213 000 km2. The supracrustals (33% of Slave province) consist of 70-80% of greywacke- mudstone and approximately 20% of volcanic rocks, which is high in SiO2 (felsic to intermediate) (Padgham,1992). There are abundant mineral deposits in the Slave Province: gold deposits, rare-element-rich pegmatite and zinc-lead-silver-concentrated volcanogenic massive sulfides (VMS), which differ from the high contents of copper-zinc-gold in the Superior Province (Padgham & Fyson, 1992).

Gold is an example of a(n) _________ , quartz is a(n) _________ , and pyrite is a(n) _________ .

We started displacing natural resources from the Canadian Shield in the mid 19th century. We mine a vast amount of resources from the shield Diamonds, Iron, Zinc, Silver, Uranium, Nickel Copper, and Gold. We still continue to mine most of these resources from the Shield. One of the first mines to open in it was a gold mine in 1866 near Madoc, Ontario. Nowadays Sudbury, Ontario has the largest concentration of mines anywhere in the shield. The most common metals mined in the area are Copper, and Nickel and are a result of an asteroid hitting the surface over 1.85 million years ago, melting the earth's

In order to get ore, the first step is to use explosions to blast the mountains since ore is found in the sedimentary rocks. The ore that has been crushed is put in piles in massive heaps that is then sprinkled with a dilute cyanide solution that penetrates through the pile and bonds with the flecks of gold. The cyanide solution with gold will drain into a staging reservoir. Afterwards the gold cyanide solution will be mixed with carbon making the gold particles bond. Then it will passed towards

Aluminium is extracted from the metal ore bauxite. Bauxite is mined in various mines across Australia. There are two bauxite mines currently operating in Alcoa, Western Australia. These mines are the Huntly mine, located near Dwellingup and the Willowdale mine located east of Waroona.

Introduction The overall purpose of this lab was to identify an unknown mineral that contained copper. Two different methods were used to identify the mineral, the methods were; a carbonate test and a roasting experiment. The average percent of copper for the class, based on the roasting data, was 55.5% copper. Based on the observations from the lab and the carbonate, it was determined that malachite was the best math for the unknown mineral.

Nickel is a prime advocate in Australia’s economy with it being one of the worlds largest producers, supplying around 13% of world production. Due to nickel’s distinctive properties, it creates primary alloys (almost 80% of nickel) that are tough, rust resistant, can withstand very high and low temperatures, and can be manipulated into any shape through its malleability/ ductility. Furthermore, nickel has countless other electrical, magnetic and heat resistant properties that are shown to be beneficial within the formation of these alloys. For example, almost 60% of nickel is used in the production of stainless, which is a combination of metals added to iron. Such metal alloys then go on to be used in construction, manufacturing of technology, electroplating, and even in batteries due to its electrical properties. Nickel is also a crucial nutrient in several chemical process’ inside the body, including iron absorption, averting blood conditions such as anaemia, and treating feeble bones.

Iron occurs naturally throughout the universe in abundance. It is found in places such as stars, including the sun, and is distinguishable in soil and dissolved in groundwater and the ocean in small