results. ONPG →galactose+ o-Nitrophenol A catalyst is a substance that reduces the activation energy of a chemical reaction‚ making it energetically viable. It is also used to speed up the rate of a chemical reaction. Enzymes are an example of a catalyst that can be found in the body. They are biological catalysts which are mainly made up of proteins. It is produced to speed up chemical reactions and remain unchanged after a reaction. Enzymes have active site for the substrate to attach to‚ either
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$3000 for the beginning of your career) Individual Artist (up to $10‚000) Organisation (up to $20‚000) x Access (up to $3000) * Before completing this form‚ ensure you have discussed your application with the relevant Arts SA officer (ph: 8463 5444). 1 Applicant’s details ! Important Is this application by: Individual Group Inc. association Company State Gov. agency Local Gov. agency Do you have an ABN? Y N If you do‚ record here: 123 4567 8910 Do you have an ACN? Y
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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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Diamond Chemicals: Merseyside and Rotterdam Projects [pic] Group 5 Edi Suryanto Gressiadi Muslim M Fahmiansyah Rudianto Nugroho Wibowo Kristianto MAGISTER OF BUSINESS ADMINISTRATION FACULTY OF ECONOMICS AND BUSINESS GADJAH MADA UNIVERSITY 2011 Diamond Chemicals: Merseyside and Rotterdam Projects Diamond Chemicals is a leading producer of polypropylene‚ the polymer used in a variety of products (ranging from medical products to packaging film‚ carpet fibers
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this problem. Firstly the causes of this problem is the attitude of human. The human attitude nowadays really disappointing. They do not have the love feeling to the nature and throw garbage or any chemical substances anywhere including the river‚ the sea and any water sources. So this chemical substance will harm the water and we as the user will use the water without notice that we use the contaminated water. Slowly or in the long term our body will be affected. Besides that. the excessive used
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Kinetics of a Reaction I. List of reagents & products 1. 1.0 M Copper(II) nitrate (Cu(NO3)2‚ 0.10 M Hydrochloric Acid (HCl)‚ 0.010 M Potassium Iodide (KI)‚ 0.040 M Potassium Bromate (KBrO3)‚ 0.0010 M Sodium Thiosulfate (N2S2O3)‚ 2% Starch solution‚ Water (H2O) II. Summary of Procedure. Part 1: Find the Volume of One Drop of Solution 2. Fill pipet with 3ml of distilled water 3. Mass a beaker and record 4. Put 5 drops of water into beaker and record
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Faculty of Business Administration Academic Year 2014-2015 MBA 6503 Organizational Studies Case Report: DOW CHEMICAL: INNOVATING FOR SUSTAINABILITY By Vi Nguyen Student # 3503832 Instructor: Prof. Doug Flint October‚ 2014 Background on Dow Chemical Company (Dow) Dow‚ a multinational corporation based in Midland of Michigan in the United State‚ was R&D-intensive and diversified-industry leader in chemistries‚ advanced materials‚ and agro-sciences with technology-based products and
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Assignment 5 Sheet Harbour Chemicals Sheet Harbour Chemicals (SHC) manufactures chemicals used in the paint industry. The process involves three departments. Chemical A‚ which is purchased for $3 per liter‚ is processed through Department 1 in batches of 100 liters. Each batch of chemicals processed through Department A produces 70 liters of chemical B and 30 liters of chemical C. Chemical B is sold for $10 per liter. Chemical C is used in Department 2 to produce chemicals D‚ E‚ and F. Department 2
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Chemical Equilibrium: Le Chatelier Principle By Sarah Ramos and Kristina Todorovic Chemistry 203 DEN Dr. Mohamed El-Maazawi Part A. Acid-Base Indicators Purpose In this part of the experiment‚ we will find a reagent that will shift the acid-base equilibrium reaction described by Equation (2) in one direction and then a second reagent that will cause the equilibrium position to shift back in the opposite direction. Introduction An acid–base indicator
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Group Paper Analysis‚ Team 4 4/22/2010 Victoria Chemicals (B) Group Case Study Introduction Victoria Chemicals’ Intermediate Chemicals Group (ICG) is evaluating two mutually exclusive proposals on their capital expenditures. The Liverpool and Rotterdam plants have compiled separate proposals. Each proposal had the potential to increase the polypropylene output by 7 percent for their plant respectively. Victoria Chemicals could not view a 14 percent increase companywide being feasible‚
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