BUS ML 4211 Sample Problem Electric Can Opener shipments are as shown below: MONTH TIME PERIOD ACTUAL VALUES 3 Month MA 5 Month MA JAN 1 200 Feb 2 135 Mar 3 195 April 4 197.5 May 5 310 June 6 175 July 7 155 Aug 8 130 Sept 9 220 Oct 10 277.5 Nov 11 235 Dec 12 1. 3 Month Moving Averages: The forecast for April is average of Jan‚ Feb and Mar shipments‚ =(200+135+195)/3‚ enter D5=SUM(C2:C4)/3 in EXCEL file. Copy and paste this column. So‚ forecast
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Bullwhip Effect Through the numerous stages of a supply chain; key factors such as time and supply of order decisions‚ demand for the supply‚ lack of communication and disorganization can result in one of the most common problems in supply chain management. This common problem is known as the bullwhip effect; also sometimes the whiplash effect. In this blog post we will explain this concept and outline some of the contributing factors to this issue. [pic] The
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The commercial‚ "The Bug‚" is an advertisement for Budweiser beer. It takes place in a barroom that is long and narrow‚ typical of such an establishment in any city neighborhood. The bar itself is on the right of the TV screen‚ with the required mirror on the wall behind it‚ and assorted bottles on the counter. The over-all color of the place is dark with a typical wood bar and the colors beige and green‚ in various shades. In the opening shot‚ the bartender is setting up drinks on the counter
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October 23‚ 2012 Global: Beverages: Brewing Equity Research Beer bifurcation – separating the fizz from the flat Not all EMs are created equal We prefer EM exposure to DM exposure for beer. However‚ we believe it is increasingly important to differentiate between structurally attractive and structurally unattractive EMs and DMs. SABMiller looks best positioned With the most material exposure to early-stage EMs‚ as well as a relatively attractive DM portfolio‚ SABMiller is in our view
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Determination of an Unknown Concentration of Potassium Manganate using Colorimetry Introduction The purpose of this experiment is to conclude the concentration of an unknown solution using colorimetry to plot a calibration curve. Colorimetry measures the absorption of light at wavelengths within the visible region of the electromagnetic spectrum. It can be used to identify the unknown concentration of a solution in reference to a solution of a known concentration. When a solution appears
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I didn’t research the Beer Game itself prior to the game being played. I did read the summary provided of the game‚ but if I had done a little research on the web prior to the game‚ I would have had quite a bit of insight. It seems this game is very well known and used quite often in schools and management training to show the supply chain in action. The game has been around since the 1960’s when a group from MIT’s Sloan School of Management introduced the game as a part of a research project
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Hess’s Law Mengyuan Wu (Millie) 7 January‚ 14 Aim: The purpose of this experiment is to determine the enthalpy change for the reaction: Introduction: It is impossible to measure the enthalpy change for this reaction directly because the process cannot be controlled. However‚ you can calculate this enthalpy change by using the Hess’s Law. Pre- lab Calculations: Calculation 1: Required Masses for Reaction The ratio of and is required to be 1:100 for Table 1: Calculation
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Beer school Q1: What information from a need analysis (organization‚ task and personal) might have suggested the need for employees to attend the beer school? Considering the need analysis at all three levels (organization‚ task and personal) for sending employees to attend the beer school‚ suggestions are mentioned below: Organization Level: For the effectiveness of this training program‚ organization has already streamlined the training with its business strategy. Company’s mission‚ vision
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Charles’s Law – Lab Report Charles’ Law: Assuming that pressure remains constant‚ the volume and absolute temperature of a certain quantity of a gas are directly proportional. Mathematically‚ this can be represented as: Temperature = Constant x Volume or Volume = Constant x Temperature or Volume/Temperature = Constant Substituting in variables‚ the formula is: V/T=K Because the formula is equal to a constant‚ it is possible to solve for a change in volume or temperature using a proportion
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The Ideal Gas Law Lab taught me that hydrogen is lighter than air‚ and can be ignited. The materials used for the experiment include 0.05 grams of magnesium‚ 1M H2SO4‚ water‚ a 100mL graduated cylinder‚ and a beaker. The hydrogen can be ignited with a match. First‚ the beaker is filled with water. The acid is then added to the graduated cylinder‚ with about ¾ inch left at the top‚ which is space for water. Afterward‚ the magnesium is added to the graduated cylinder‚ and it is inverted upside down
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