Which bat wooden or aluminum‚ hits a ball the greatest distance? This project was done to see if aluminum bats are really as dangerous as Major League Baseball says they are and why MLB outlawed players from using aluminum bats . If aluminum bats have a greater trampoline effect than wooden bats ‚ then aluminum bats will hit the ball a greater distance. This hypothesis is true based on the information gathered‚ from the aluminum bats. The first‚ second‚ and third aluminum bats ball averages were
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Table of Contents Introduction 3 The use of Light Alloys in Aviation 3 The use of Composites in Aviation 4 Comparison between Light Alloys and Composites 5 Aircraft Part Identification 7 Example of Incorrect Part Installation 9 Conclusion 11 Bibliography & Referencing 12 Introduction Ever since the invention of aircraft‚ manufacturers have been uncovering new ways in which the main body of the aircraft and its internal components can be made lighter‚ which in effect‚ allows
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This experiment contains three separate procedures in which Aluminum Potassium Sulfate(Alum) will be melted‚ massed out and mixed with Barium Nitrate‚ along with distilled Water. Procedure one we completed two trials of melting two separate 0.01g of Alum and making a comparison to the literature temperature of 92.5‚ to do this we attached an Alum filled capillary tube to a thermometer and inside a beaker placed over a Bunsen burner. Procedure two consisted of placing 2.00 grams of Alum into a crucible
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Discussion Questions for the Aluminum Case Group: 1. Conduct a S-C-P analysis for the Aluminum industry. Is primary aluminum production industry an attractive(profitable) industry? Why and why not. 2. Using information in the case and the data from the attached spreadsheet‚ construct the industry supply curve for primary aluminum. Please note the marginal costs are used to derive the supply curve and be careful as to what cost items can be counted as “marginal” costs. DO NOT use regressions
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Some metals react with acids while others do not. In this experiment‚ students will perform 2 reactions: aluminum/zinc with excess 6M hydrochloric acid and aluminum-zinc alloy with excess 6M hydrochloric acid. The purpose of this experiment is to determine the atomic mass of each metal and the percent composition of a known mass aluminum-zinc alloy by determining the moles of H2 gas formed. Zn(s) + 2HCl(aq) → ZnCl2(aq) + H2(g) 1 mole of H2(g) is produced for every 1 mole of Zn(s) 2. 2Al(s)
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DETERMINATION OF ZINC AND NICKEL CONCENTRATION BY (1) ION-EXCHANGE CHROMATOGRAPHY FOLLOWED BY CHELOMETRIC TITRATION‚ AND BY (2) ATOMIC ABSORPTION SPECTROSCOPY OF THE MIXTURE Experiment 4 Dates of Experiment: 10/14/08 through 10/30/08 Date of Report: 11/7/08 Chem 2262L � I. Introduction In this experiment‚ the zinc and nickel contents of unknowns were tested using two methods. In the first method‚ nickel and zinc were separated through ion-exchange chromatography and analyzed through chelometric
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deodorants contain different amounts of aluminum? Thus‚ how can we stay on the safe side and use the least amount of aluminum possible. Why do deodorants with a greater amount of aluminum cause a more serious threat than ones with a smaller amount? Hypotheses The aluminum content in each of the deodorants will vary where the deodorants Axe and Citymen contain more aluminum then Nivea. By using Nivea‚ in the long term a person will be safer due to lower amounts of aluminum being present in their system. Based
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Synthesis and Decomposition of Zinc Iodide Partners: Sonya Pasia and Kristen Kobayashi CH 085-01 20 September 2011 Zinc Iodide (ZnI2) was an interesting binary compound to experiment with. In this experiment‚ weakly acidified water (25mL distilled water with 18 drops 5M acetic acid solution) was used as an aid to bring molecules of the zinc and iodide atoms together‚ by dissolving iodine molecules‚ so that bonding would transpire to produce a reaction. Deprived of water‚ the Zn and I2
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Observing Aluminum Foil Lab Alexandra Bellissimo Mrs. Taylor D1P4 Date preformed: September 11th 2014 Date of Submission: September 19th 2014 The purpose of this experiment is to calculate the thickness of aluminum foil in centimeters. In this lab we measured the thickness by plugging in the quantitative properties of our piece of aluminum foil into the equation for volume and then isolated “h” to solve for height. The thinking behind this method is that by using
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of the many elements on the periodic table is Aluminum. Aluminum is the 13th element‚ and it is located in period two and group thirteen. Aluminums symbol is Al and it has an electron configuration of [Ne] 3s2 3p1. Aluminum also has an atomic mass of 26.982 and its atomic number is 13. This element was discovered by Hans Christian Oersted in the year of 1825‚ and was named by the English chemist Sir Humphry Davy (Helmenstine‚ 2012). Its name ‘Aluminum’ came from the Latin words ‘alumen’ or ‘alum’
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