9/30/2012 AP Chemistry Lab Report I. Introduction: a) Title: The Establishment of a Chemical Equation Using the Method of Continuous Variation. b) Purpose: the continuous variation method is used to establish a chemical equation by displaying on a line graph the change/difference in temperature caused by the composition of acids and bases in the solution. II. Apparatus and Materials:
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Project Report #1 (Advanced Operation Research) Title : Production Planning Optimization Using Goal Programming Method I. Introduction Today many companies that produce herbs because in the future opportunities for the herbal industry is still wide open and the public mind back to nature and go green‚ so consumer more like the various products especially natural herbal medicine. Therefore‚ in order to survive in existing market competition‚ PT. NM are required to
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Practical 16: estimating Population Size Using Mark and Recapture Method Raw and Processed Data Table 1: Uncertainties of apparatus used in the experiment. Apparatus | Uncertainties | Stopwatch | ±0.01s | Table 2: Formulae and sample calculations involved in processing data in the experiment. Calculations | Formula | Sample Calculation | Mean ( x ) | x = 1n i=1naiWhere‚ 1. n refers to the total number of values. 2. ∑ refers to the addition of all values starting with the first value
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Barilla’s Just-in-Time-Distribution Program - Case Report I. Part 1: Executive Summary Barilla‚ the word’s largest pasta producer‚ is confronting with huge fluctuation on its production because the production is dictated by distributors’ orders. This variation leads to expand production price as well as piled up inventory at distributors’ depots. However‚ there was also stockout registered at retailers. My decision is to implement Just-in-Time-Distribution at Barilla‚ in order to reduce the
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Essay question: ------------------------------------------------- What are the benefits and limitations of using Second Life in Education? Use of the internet has increased exponentially in recent years‚ in both developed and developing countries‚ and educators are searching for ways of utilising the new technology and environment to enhance teaching and learning experiences. Second Life (SL) is a world which exists online. The world is complete with schools‚ universities‚ businesses and even
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Using the Iodine clock method to find the order of a reaction Introduction When peroxodisulfate (VI) ions and iodide ions react together in solution they form sulfate (VI) ions and iodide. This reaction is shown below: S2O82-aq+ 2I-aq SO42-aq+ I2(aq) The reactants and the sulfate (VI) ions are colourless however the Iodine is a yellow/brown colour. This allows you to measure the progress of the reaction through the colour change when the iodine is produced. In order to determine the order of
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CHAPTER 3 Supply Chain Drivers and Metrics LEARNING OBJECTIVES After reading this chapter‚ you will be able to: I. Identify the major drivers of supply chain performance. 2. Discuss the role of each driver in creating strategic fit between the supply chain strategy and the competitive strategy. 3. Detine the key metrics that track the performance of the supply chain in terms of each driver. In this chapter‚ we introduce the three logistical drivers-facilities‚ inventory‚ and transportation-and
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OBJECTIVE: * To determine the molecular weight of a volatile liquid by using Dumas method. METHOD: MATERIAL | CHEMICALS | 125 mL Erlenmeyer flask | Known liquid (2-propanol) | Rubber band | Unknown liquid | Boiling chips | | Watch glass | | 100 mL graduated cylinder | | Pin | | 600 mL beaker | | Hot plate | | Thermometer | | Room temperature water | | 6 × 6 and 8 × 8 aluminium foil | | PROCEDURE: SAFETY * Lab Coat and Safety Goggles. * Keep the bottles
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Subject: Chemistry SL Title: Preparation of a salt (lead iodide) by using precipitation method. Aim: To produce 1.50 g of lead iodide‚ PbI2‚ assuming 100 % conversion‚ using 1.00 g solid potassium iodide‚ KI‚ and 0.1 M lead nitrate‚ Pb(NO3)2 solution of volume 30 cm3 and hence calculate percentage yield. Calculations: 2KI(s) + Pb(NO3)2( aq) —> PbI2 (s) + 2KNO3 (aq) Mass of PbI2 to be produced = 1.5 g Moles of PbI2 = = 0.003 Moles of KI = 0.003*2 = 0.006 Mass of KI = 0.006*166 = 1.00 g
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EXAMPLE : USING MIXED METHOD: BOTH QUALITATIVE & QUANTITATIVE RESEARCH QuickStop Convenience Stores Background Once upon a time there was a successful line of convenience stores. We’ll call this group of stores "QuickStop". At some point a staff-member realised that QuickStop seemed to be patronised by many more men than women. This was passed along to the management team and they asked the store tellers to informally keep track of the proportions of men to women who came into their stores.
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