Wait a second!
More handpicked essays just for you.
More handpicked essays just for you.
Primo levi the periodic table
Primo levi the periodic table
Don’t take our word for it - see why 10 million students trust us with their essay needs.
Primo Levi’s first job was at an asbestos mine in Turin, Italy in 1941. Levi was born Jewish and the degree he received on graduating his full time chemistry course from the University of Turin had written on it ‘Primo Levi, of the Jewish race.’ At a time when laws were being created that were specifically aimed at removing the writes of the Jewish race, it meant that finding a job was near impossible. Levi was offered his first job secretly under a new name with new papers. The “Quantitative analysis of rock samples” was Levi’s beginnings outside of university. Levi’s life is formed around the opportunities he gets to further his career. In the chapter of his book The Periodic Table, Nickel, Levi describes his first career path intermingled …show more content…
with the new and very different lifestyle of the mine and the people he meets there. As he describes the process he discovered of enriching and separating Nickel from the raw material excavated by the mine, he also mentions his assistant Alida who doesn’t share his enthusiasm and “watched with an amused and sceptical expression.” Levi’s book shows how much chemistry meant to him through the dedication he put into his work. The Nickel chapter shows how Levi started to think outside the box to solve his chemical problems. Levi’s Nickel chapter focuses mainly on nickel, asbestos and iron.
The mine produces large quantities of asbestos which is now known as quite a harmful chemical. At the time thought it was a very useful building material due to its attractive properties: “sound absorption, average tensile strength, its resistance to fire, heat, electrical and chemical damage, and affordability.” As well as this the mine produced iron and nickel, the chapters name sake. The start of World War II meant another industrial boom as opposing sides raced each other for the newest and best weaponry. Weaponry meant steel and steel meant nickel. The mine however only produced 0.2 percent nickel and that wasn’t enough to warrant extracting it. Levi’s problem to solve was whether the “raw material could be enriched.” He tried many different methods, “by magnetic separation, by floatation, by levigation, by sifting, with heavy liquids, with the shaking plate.” The only process however, that was mildly successful was by heating the material. Levi talks about the way the chemicals react and the effect that had on him as a …show more content…
chemist. Nickel is the key element in chapter 6, as the story spreads around Levi’s life at the mine there is always that underlying chemical thread that is the reason why he is at the mine.
The main nickel mines were located in New Caledonia and Canada, neither supplying Germany. Nickel is very important for the war effort and Italy at the time was allied with Germany and Hitler and consequently whatever the mine produces is used for the benefit of Germany. Levi, a Jew hiding his heritage because of Nazi Germany is key in the ability to gain nickel from the asbestos mine. He however is unaffected by the destination of the product he is trying to enrich saying, “I was not thinking that… the nickel produced would have entirely ended up in Fascist Italy’s and Hitler Germany’s armor.” This shows how dedicated Levi was to his work as a chemist outside the boundaries placed on him from his religion and circumstances. The idea that he could make an advancement in the refining process of nickel that had not been made before, was enough for him to discount the benefactors of such an advancement at that time. This reflects Levi’s life as he used chemistry as a way to survive Auschwitz and a way to keep him and his family going after the devastation of the concentration
camps. Deductive reasoning is how chemists are able to find solutions to problems that other people can’t answer. In chapter 6 it was, in simple terms, how to get as much nickel from the asbestos mine as possible. The deductive approach meant that Levi was able to rule out all the known methods until he was left with the answer. It required thinking outside the box so that he was able to view the problem from a new perspective, in this case the decomposing point of asbestos. The small scale industrial chemistry is shown in the way Levi tests his hypothesis. Turning the raw material with a 0.2 percentage of nickel into something worth refining meant that Levi had to develop a process that was cost effective and efficient. This happened during 1941 in a small town, the equipment that is used today hadn’t been heard of and consequently what they did have was quite primitive. Even when Levi found a solution to his problem it was disregarded a “magnetic selector capable of separating a material” did not exist. The small scale of the industry set limitations on the chemists in what they could do and how it could be done especially 70 years ago when a lot of the modern day technology didn’t exist.
The Coal Company exploited the workers by underpaying them and restricting their freedom as consumers. The miners were forced to buy their own tools, clothes, food, etc. from the Ôcompany storeÕ many times at higher prices than necessary. This created circulation of money from the company to the laborer back to the company. The miners worked for obvious reasons: to supply themselves and their families with shelter, food and clothing. They relied on company power to supply a means of employment. However, the company in turn relied on the laborers, because without them the company would have no means by which to excavate the coal and continue the production process.
The style that James Sweet convey in his book, Domingos Alvares. African Healing and Intellectual History and of the Atlantic World, is by providing multiple perspectives of people who had an interaction with Domingo Alvarez in the Atlantic World. . Within the seven chapters, this multilayered perspectives give a to the circumstances that led to Domingos Alvares arrival in Lisbon, the accusations of witchcraft, and the banishment to Portugal. The perspectives of Ignacio Correa Barbosa and Leonor de Oliveira convey the connection the healing to exile and slavery that were pertinent terms in the Atlantic World. In Dahomey and Obscurity chapter, Sweet contextualizes the effect of Dahomian and Portuguese government's power in turning Domingos
Scanlan was the inspector, assigned by Robert Mill Director of the Illinois of Bureau of Mines and Mineral, of the district that included Centralia Mine No. 5. Scanlan inspected the coalmine various times in the years and made approximately 13 reports before the explosion. He made a report of each inspection and sent them to the Illinois Department of Mines and Minerals. In many of these reports, he noted that the mine was highly explosive due to coal dust buildup. Robert Weir, assistant director for the Illinois Department of Mines and Minerals, received and processed his reports. Weir signed a letter for each inspection that identified issues, provided recommendations and requested a response from the company. Scanlan saw hazardous conditions and poor working condition at the Centralia coalmine and try to fight to improve it. He was very adamant about cleaning the roads, mines, and advocating for the miners. Scanlan not only reported the conditions of the coalmine but he even told Scanlan told Medill that if an explosion occurred, it would spread throughout the mine and probably kill the men in it (Stillman 38). Scanlan also claimed that Medill said they would need to take that chance even though Medill denied the conversation. When Scanlan went as far as to threaten to shut them down, the company started to fix some of the problems that were indicated in his reports, but the changes that the company made to the mines were only temporary. Though, Scanlan reported the conditions and fixes needed to be made he encountered a lot of opposition from the managers at the coalmine, Medill department, Bell & Zoller, and the department. Even though Scanlan put much off his effort to fix the hazardous conditions in Centralia he made various mistakes. Scanlan’s first course of action should have been
Inspector Scanlan sent reports every three months from 1942 – 1944 repeating recommendations and adding new ones. He considered Centralia No. 5 the worst mine in his district. Coal dust and gas are explosion hazards. Steps can be taken to minimize these concerns. Rock dusting is a method used to localize an explosion. Illinois law requires rock dusting in a seriously dusty mine. Mr. Scanlan was the first line for the miners. He had the authority to close the mine and did not do it. He later mentioned being afraid of losing his job. It was his responsibility as a public administrator to take action.
Coal mines in these times were glorified death traps and collapsed. Often. Workers or their families were basically never compensated for anything, and even when they took things to court, essentially no court was sympathetic toward any coal miner or their family, and if their father or brother died, they were on their on for the rest of their life, often then forcing child boys to work if they weren’t already. Also, not many workers spoke proper english in the mines, so they could not read instruction signs, and by misuse of equipment, killing themselves and/or other
...nging environment, issues faced by men, and the primitive sadness that women are exposed to by the monstrous result of the coal mines.
In the first chapter of Nickeled and Dimed, Ehrenreich begins her experiment in Key West, Florida, where she finds an apartment for $500 a month. Once she settles down, she began to apply to numerous jobs, and learns about the low-wage-job application process. When she does not hear from any of the jobs, she applies for a waitressing position. Ehrenreich is hired by the Hearthside,( she changed the names of of the people she met along the way). As a waitress she will work for two weeks from 2:00 in the evening until 10:00 at night for $2.30 an hour plus tips. Ehrenreich is trained by Gail on the ins and outs of waitressing, she gets to know some of the regular customers and bonds with her co workers.
There were many miners from the start of 1851 and many that had died from tragic things. 15 Miners had died from stone and coal from working in the mines and forty nine from explosions. Many miners died in the hospitals, mines, explosions, and sundries. Nineteen died from sundries and five from shaft.There were a small number of deaths from shafts though.”There are not many accidents in the shafts considering how deep they are and the speed at which the cages travel up and down”. This means Also all these deaths they were miners, miners that had families that loved them and did a lot of mourning over
The James Hardie Industries is a an industrial building materials company, head office in Ireland, manufactory and developing materials, technologies and processes for the production of building materials. For a great deal of the twentieth century, James Hardie was the leading producer of asbestos cement sheet and other building products, which used asbestos as a support material in Australia. However working with James Hardies’ products containing asbestos caused people to develop asbestosis and malignant mesothelioma. As James Hardie was one of the companies involved in the mining of asb...
New York: Oxford University Press. Massie, Samuel (1982). The. Cited in Barry Meier "Why There are So Few Black Chemists. " Industrial Chemical News 3:1-6 Meier, Barry (1982). The 'Meier'.
In 1817, an aging Swedish chemist was pouring over his work on a late afternoon in Stockholm, Sweden. He was analyzing a strange ore named Petalite that had been procured from an island off the coast of Sweden called Utö. The ore Petalite (which is now recognized to be LiAl(Si2O5)2) had been discovered by a Brazilian scientist, José Bonifácio de Andrada e Silva towards the end of the 18th century on a visit to Sweden. This Swedish scientist, Johann August Arfvedson, detected traces of an unknown substance in his sample of Petalite. This was the first discovery of Lithium.
In the years leading up to the industrial era, manual labor was required across the country in order to produce goods such as wheat, steel, or other raw materials. In order to create these, skilled workers were needed so they could produce the materials. While the materials that the skilled workers made were of a high quality, there was a drawback; in order to make such high quality materials, companies needed to pay these workers more than the average worker. In response to this, companies set out to find a way to make more product for cheaper. A prime example of how they did this is when they created the Bessemer process. This is a machine/process that converts iron into steel via injection of air into the raw iron. The process is credited with launching the steel industry and cheapening the cost of production because it was no longer necessary to employ high skilled workers (Document B). With this, the need for highly paid skilled workers was no longer necessary because steel companies could employ low skill workers and pr...
In Pauling’s own words he was “…a physicist with an interest in chemistry. [His] scientific work, however, has not been restricted to chemistry and physics, but has extended over X-ray crystallography, mineralogy, biochemistry, nuclear science, genetics, and molecular biology; also nutrition and various aspects of research in medicine, such as serology, immunology, and psychiatry” (Marinacci Ed., 1995, p. 26). Pauling received two Nobel Prizes acknowledging his contributions, one in Chemistry in 1954 and one for Peace in 1962.
Though it has had many negative impacts on the environment in the past, mining is a vital industry completely necessary to our economy and lives. Nearly every item we use or encounter in our day to day lives is mined or contains mined products. Without the excavation of such materials things like computers, televisions, large building structures, electricity, and cars would not be possible. Virtually every technological and medical advance uses minded materials, without which millions would suffer. Some examples of minerals in the home include the telephone which is made from as many as 42 different minerals, including aluminum, beryllium, coal, copper, gold, iron, silver, and talc. A television requires over 35 different minerals, and more than 30 minerals are needed to make a single personal computer. Without boron, copper, gold and quartz, your digital alarm clock would not work. Every American uses an average 47,000 pounds of newly mined materials each year, which is higher than all other countries with the exception of Japan, which is a staggering figure representative of our dependence and need for mined minerals. Coal makes up more than half of nation’s electricity, and will continue to be the largest electrical supplier into 2020 & accounting for some 95 percent of the nation's fossil energy reserves – nine of every ten short-tons of coal mined in the United States is used for electricity generation. As the population of the world grows more mineral resources must be exploited through mining in order to support the rising demand for such products. Though it may present a hazard to the environment and those physically located nears the mines, the materials extracted from mines...
As a result of this process, the mine sites "do not develop normal soil structure or support the establishment of a plant cover". Many mine sites have...