Our goal in this experiment was to observe the reaction and concentration changes between Allura Red and bleach and determine the rate law for the reaction. The rate of reaction can be found by the equation rate = ∆concentration / ∆time = k[Allura Red]x[NaOCl]y The x and y values indicate the order with respect to each reactant‚ and k represents the rate constant for the reaction. These values had to be determined experimentally. In order to determine the rate law of the reaction‚ we had to use spectrophotometry in order to monitor the change in absorption of the various reactions
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5.0 Contents 8 5.1 Factor That Effect Exchange Rates in Long Run 8 5.2 Exchange rates in short run (A supply and demand Analysis) 10 5.3 Factor that determinant exchange rate 11 5.3.1 Shift the demand for domestic assets 11 5.4 Other Factors that effects exchange rates and its volatility 12 5.4.1 International financial crises 12 5.4.2 Speculators effect 12 5.4.3 Central bank intervention policy 13 5.2 The effects of exchange rate and volatility 14 5.2.1 International trade‚ export
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Rates of Reaction Coursework Aim: To find out how different concentrations of sodium thiosulphate (Na S2 O3) affects the speed of its reaction with Hydrochloric acid (HCL). Introduction When Sodium Thiosulphate and Hydrochloric acid react they produce a cloudy precipitate. Both of the chemicals are clear solutions and they react together to form a yellow precipitate of sulphur‚ the equation for this reaction is: Na2 S2 O3 + HCL‚ H2 O + NaCL + SO2 + S Sodium Thiosulphate + Hydrochloric
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LABUAN SCHOOL OF INTERNATIONAL BUSINESS AND FINANCE UNIVERSITI MALAYSIA SABAH LABUAN INTERNATIONAL CAMPUS GB30703 INTERNATIONAL MONEY AND CAPITAL MARKETS INTEREST RATE AND EXCHANGE RATE POLICIES SEMESTER 1‚ 2013/2014 PREPARED TO: MR. RICKY CHIA CHEE JIUN PREPARED BY: NO. NAME MATRIC NO. HP. NO. 1 MUHAMMAD RIDZWAN BIN ABD RAHMAN BG11110337 013-6604707 SUBMISSION DATE: 10th DECEMBER 2013 Table of Contents LIST OF ABBREVIATIONS ADF
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* 9/4/12 12.3 - crystal structures crystalline structure: possess rigid and long-range order; its atoms‚ molecules‚ or ions occupy specific positions (Exs. wax ‚ice‚ sugar‚ salt‚ diamond‚ etc.) unit cell: basic repeating structural unit of crystalline solid -there are seven types of unit cells coordination number: number of atoms surrounding an atom in a crystal lattice -higher coordination number --> more tightly packed structure 3 types of cubic unit cells: -primitive cubic (sc) c#:
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Rule Introduction Cramer’s rule is a method for solving linear simultaneous equations. It makes use of determinants and so a knowledge of these is necessary before proceeding. 1. Cramer’s Rule - two equations If we are given a pair of simultaneous equations a1 x + b1 y = d1 a2 x + b2 y = d2 then x‚ and y can be found from d1 b1 d2 b2 a1 b1 a2 b2 a1 d1 a2 d2 a1 b 1 a2 b 2 x= y= Example Solve the equations 3x + 4y = −14 −2x − 3y = 11 Solution Using Cramer’s rule we can write the solution
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rules‚ x-y tables‚ and graphs relate and connect to linear functions. A linear function is a function that‚ if the points from the function were to be put on a graph and connected‚ it would form a straight line. They are used to show a constant rate of change between two variables. A very simple example of a linear function would be that the relation between feet and inches is always 12 inches per foot. So‚ the function for this would be y=12x‚ where y is the number of inches and x would be
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Doctor Gary Hall Differential Equations March 2013 Differential Equations in Mechanical Engineering Often times college students question the courses they are required to take and the relevance they have to their intended career. As engineers and scientists we are taught‚ and even “wired” in a way‚ to question things through-out our lives. We question the way things work‚ such as the way the shocks in our car work to give us a smooth ride back and forth to school‚ or what really happens to an
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problems: 25‚ 27‚ 33‚ 39‚ 43‚ 53‚ 57‚ 59‚ 69‚ 73‚ 75‚ 81‚ 93‚ 103. 13.1 & 2 Introduction to the Rate of a Chemical Reaction • kinetics is the study of the factors that affect the speed of a reaction and the mechanism by which a reaction proceeds. • experimentally it is shown that there are 4 factors that influence the speed of a reaction: nature of the reactants‚ temperature catalysts concentration • • rate of a chemical reaction is generally measured in terms of how much the concentration of a reactant
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between exchange rates‚ interest rates • In this lecture we will learn how exchange rates accommodate equilibrium in financial markets. For this purpose we examine the relationship between interest rates and exchange rates. Interest rates are the return to holding interest-bearing financial assets. In the previous lecture we have pointed out that as being a financial asset exchange rates tend to adjust more quickly to new information that goods prices. Like exchange rates‚ interest rates are also the prices
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