Determination of the Equilibrium Constant for Ferric Thiocyanate In this laboratory exercise‚ the equilibrium constant(Kc) for the reaction between the Ferric Ion (Fe3+) and the Thiocyanate Ion (SCN-) was determined. After measuring the absorbance of the Ferric Thiocyanate‚ and carrying out some calculations; it was determined that Kc=130.81M Introduction: Chemical equilibrium is established when a reaction exists in a state where the forward reaction rate is equal to its reverse reaction
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temperatures‚ determine the effect of temperature in solubility‚ and to apply Le Chatelier’s Principle. We can do all this by simply titrating a certain amount of standard KMnO4‚ and measuring how much KMnO4 was needed to help Na2C2O4 reach chemical equilibrium at certain temperatures. In doing this‚ we will have fulfilled all the goals of our experiment‚ as well as being able to determine the Solubility of Na2C2O3 at both 20 and 100 C‚ in addition to determining both experimental and theoretical ∆H
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TMA 04 - Supporting children’s learning through the curriculum For the purpose of this assignment I have observed a child in my setting. Ethical Guidelines have been met and all names have been changed. Part I In this assignment I have focused on James’s development in the area of Communication and Language. James is 14 months old and both of his parents are English speaking. The observations I made can be found as an appendix. I have made exclusively spontaneous observations‚ as it is James’s
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right or left or cause movement along the line. The point where the two lines intersect is the Equilibrium‚ the equilibrium point is simply it is where quantity demanded equals quantity supplied. An efficient market is when both the producer and consumer markets have allocated resources efficiently to the particular product and the all the costs of a product is accounted for. Moreover the equilibrium point for
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Market Equilibrium & Government Intervention CORE 001 INTRODUCTORY ECONOMICS GROUP 2 PROJECT REPORT Prepared for: Prof Tan Swee Liang LYDIA LOW NGUYEN NHAT QUANG ZHANG HONG BRIEN KEITH SEAH Case 1: Shortage of Civil Engineers in India This article highlights how India‚ the world’s new “high-tech” titan‚ is facing the problem of poor infrastructure due to a lack of civil engineers. Our group examined several factors that could have led to the shortage as well as analyzed the effects of
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Name: Beatrice Yeo Zi Hui Lab Group: B1 Fume Hood Number: B4 Matriculation Number: A0102491R Email Address: a0102491@nus.edu.sg Date: 1st February 2013 CM1191 Experiment 1: Study of Solubility Equilibrium 1. Abstract The aim of this experiment is to determine the relationship between the solubility of potassium hydrogen tartrate (KHC4H4O6) and temperature. Titrate a known concentration of NaOH against a saturated solution of KHC4H4O6 at different temperatures to obtain the concentrations
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Homeostasis is a state of equilibrium that tends to be a main goal in many scenarios in living organisms‚ including those within the body. One of which includes the human body temperature which usually is around approximately thirty-seven degrees celsius or ninety-eight and six tenths degrees fahrenheit. This temperature is ideal for the human body because at this temperature it is not too warm as to where the body would have to continually eat and take in nutrients in order to maintain it’s metabolism
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dividend yield is also 5%.e. The price of a stock is the present value of all expected future dividends‚discounted at thedividend growth rate.2. Stocks A and B have the following data. Assuming the stock market is efficientand the stocks are in equilibrium‚ which of the following statements is CORRECT?A B Price $25 $25Expected growth (constant) 10% 5%Required return 15% 15%a. Stock A ’s expected dividend at t = 1 is only half that of Stock B.b. Stock A has a higher dividend yield than Stock B
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range 1.714 - 4.875 ) (Table 2). The expected heterozygosity (He)‚ in average‚ was higher than the mean observed heterozygosity (Ho) for ‘Big Sister’ populations‚ and Ho higher than He for ‘Enfant Terrible’ (Table 3). Departure from Hardy–Weinberg Equilibrium were significant at a 5% level (P<0.001) for only 3 populations (BANA‚ CAMP and ITAR). Based on the estimates of the inbreeding coefficient over all loci‚ the significant deviations were due to an excess of heterozygotes (negative GIS = more observed
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of this experiment are to be able to define equilibrium‚ equilibrium position‚ equilibrium constant‚ reaction quotient and Le Chatelier’s Principle. Another objective is to explain how changes in temperature‚ pressure and concentration affect the equilibrium position of a reaction. Also‚ perform chemical equilibrium reactions and manipulate equilibrium positions through concentration and temperature and perform calculations to determine the equilibrium constant (K) and the reaction quotient (Q) of
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