Description of Keurig Green Mountain Coffee Assignment

Description of Keurig Green Mountain Coffee - Assignment Example In the year 1993, with expansion of the company due to increased demand for coffee, the company went Public and was listed under the stock market as GMCR as its symbol within the stock market. By 2006, the company purchased Keurig and incorporated a coffee manufacturing system that basically facilitated the production of single coffee brewing machines. On the 14th of September 2010, the Company, under the name Green Mountain Coffee purchased the Quebec Coffee services company then known as Van Houtte at a cost of approximately 915 million dollars. In August 2011, the company sold the Filterfresh United States’ Coffee part of the Van Houtte to the Aramark at a cost of 145 million dollars. During the same year in the month of March, the Company made an announcement regarding a deal it had signed with the Starbucks in that would sell its single-serve pods to Keurig Green Mountain Coffee Company. A similar deal was also signed between the Keurig Green Mountain Coffee Company and the Durkin Donuts. Currently the company’s shareholders have signed an agreement that would entail changing its name completely to Keurig Green Mountain. This is based on the desire to reflect the company’s current activities of selling Keurig Coffee Products. The company’s stock has continued rising over time from the year 2010; during the same year, the company the company made an announcement that it had been requested by the Securities Exchange Commission to submit its financial statements in order to determine how the company managed its revenue. The US financial regulators during the same year also made an inquiry into the company’s accounting practices and made a conclusion that it was undertaken in a sound and effective manner. By the end of the financial year 2013, the company had closed with a gross income of approximately 1.6 billion dollars for a period of five years. With the current high rate of populace increase with increase

Engineering MAterials.. Chemistry Essay Example | Topics and Well Written Essays - 750 words

Engineering MAterials.. Chemistry - Essay Example Q2. Yield strength corresponds to the load at which plastic deformation starts in a material while Ultimate tensile strength corresponds to the maximum possible loading below fracture. This means a component will not deform as long as the loading is below the yield strength of the material. Because plastic deformation of component is not permitted therefore design is based on yield strength. It should be noted that yield strength is always lower than ultimate tensile strength. Q3. Elastic modulus of a material depends on the nature of inter-atomic bonding in the material. If chemical composition changes, so does the nature of the inter-atomic bonding in the material. Let us take an example of low carbon steel or mild steel. In this case the inter-atomic bonding is predominantly Fe-Fe bond so it has elastic modulus that depends on the nature of Fe-Fe bond. Now let us take an example of SS316L. In this case the composition has changed considerably. Its composition is Fe-18Cr-12Ni-0.03C. Now this material has different kinds of bonds like Fe-Cr, Fe-Ni and Ni-Cr besides the Fe-Fe bonds and therefore, elastic modulus of this material is different from that of low carbon steel. Q4. This is because it is much easier to carry out hardness testing than carrying out tensile testing. One needs to prepare sample for tensile testing which is much more tedious than preparing a sample for hardness testing. At the same time one gets fairly good idea about strength of the material from hardness testing. As hardness is a measure of material’s resistance against deformation, therefore higher hardness implies higher strength. Q6. Fracture toughness is defined as K = ; where, ï  ³ is yield stress of the material and a is the critical flaw size. These two quantities are measurable. Besides, Kc = is a material property. The as long as K < Kc; the component is safe for use the moment K approaches Kc, the component becomes prone to catastrophic fracture and must be taken