Soren Chemicals 1. What is the addressable market size for Coracle? Is the first year goal of $1.5 million sales reasonable? (10 points) 2. Why is Soren struggling to sell Coracle? (10 points) 3. What is the highest price Soren can set for Coracle? (7 points) 4. What action plan do you recommend for Coracle? (13 points) Q1. Coracle is one of the clarifiers developed and produced by Soren Chemicals targeting residential pools which have smaller size than commercial pools and water
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Data Quality and data quality. The steps are shown in the figure and described in the box. 5 Identify Root Causes 6 Develop Improvement Plans 4 Assess Business Impact 7 Prevent Future Data Errors 9 Implement Controls 8 Correct Current Data Errors 10 Communicate Actions and Results The Ten Steps Process—Assessing‚ Improving‚ and Creating Information and Data Quality 1. Define Business Need and Approach— Define and agree on the issue‚ the opportunity‚ or
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DETERMINATION OF % COMPOSITION OF PENNIES USING REDOX AND DOUBLE DISPLACEMENT (PRECIPITATION) REACTIONS Pre- Lab 8 Objective: The purpose of this experiment is to determine the percent composition of pennies using oxidation-reduction and double displacement reactions as well as titration techniques. We will take a post 1982 penny and place in a strong acid dissolving the zinc core and leaving behind the copper coating. We will figure out the percent composition from the mass of copper and zinc using
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CASE STUDY 1: ZYCHOL CHEMICALS CORPORATION I. Problem(s): With all of the information gathered‚ has productivity increased at all? Should the accounting practices be further investigated? II. When I started the single-factor productivity analysis it looked as if productivity were headed in the right direction ’’ up. Because the outcomes of both the units per RMU and units per labor hours had an increase‚ 3.59% and 4.79% respectively. Even with the increase in cost per barrel from
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Name: Jeanne Yoo|Date: 07/15/13| Exp 1: Observations of Chemical Changes|Lab Section: 1411-76426| Data Tables: Part 1: |Chemicals|Well No.|Observations of the Reaction| A.|NaHCO3 + HCl|1 |clear bubbles formed| B.|HCl + BTB|2 |turned orange after BTB was added‚ transparent‚ acidic| C.|NH3 + BTB|3 |turned dark blue after BTB was added‚ opaque‚ basic| D.|HCl + blue dye| |blue dye was missing from kit| E.|Blue dye + NaOCl| |blue dye was missing from kit| | with the 1 drop of HCl| ||
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Chemical and Physical Processes of Digestion exercise T 8 he digestive system is a physiological marvel‚ composed of finely orchestrated chemical and physical activities. The food we ingest must be broken down to its molecular form for us to get the nutrients we need‚ and digestion involves a complex sequence of mechanical and chemical processes designed to achieve this goal as efficiently as possible. As food passes through the gastrointestinal tract‚ it is progressively broken down
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Experiment 3: Chemical Equilibrium Purpose The purpose of this experiment was to determine the equilibrium constant for the formation of FeSCN2+. Introduction Chemical equilibrium is the point in a reversible reaction where the concentration of the reactants and that of the products remains constant. This point of equilibrium is referred to as the Kc value‚ which can be obtained using the formula: Kc = [product] [reactant] In this experiment‚ we used a spectrophometer to
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dissolved‚ then remove burner. 6. Add 2.24 grams of iron filings a little at a time to the hot solution. Allow the beaker to cool for 10 minutes. 7. Decant the liquid into a 250-mL beaker and do not disturb the solid at the bottom of the beaker. 8. Add about 10-mL of water to the solid and stir vigorously. Allow the solid to settle and decant again. 9. Spread the solid over the bottom and allow to dry. 10. After it is completely dry‚ mass the beaker and the solid copper. Record. Data and Observations:
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Year 1 / Semester 1 Notes:School of Engineering August 2014 Intake Dr. Abdulkareem Sh. Mahdi Engineering Mathematics 1 (MTH60103) Differentiation – part i 1 September 6‚ 2014 2 Learning outcomes At the end of this lecture‚ you should be able to: (1) Evaluate the limits of functions; (2) Differentiate using the FIRST PRINCIPLES; (3) Differentiate using the standard formulae (4) Differentiate using the rules of Dr. Abdulkareem Sh. Mahdi September 6‚ 2014
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Case Study Week 3 - Victoria Chemicals PLC 1. What changes‚ if any‚ should the plant manager (Morris) ask the financial controller (Greystock) to make to his analysis? Morris should ask the Financial Controller to the make the following changes to his analysis: • Include the cost of the rolling stock. These would become an essential asset of the Merseyside Works. The investment to occur in 2010 and then depreciated over the following 10 years. These would become an asset of the Merseyside works
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