1. Determine the spring constant‚ k‚ of Spring 1‚ by using Hooke’s Law. Take three different measurements (since 3 masses) and do three calculations and average your k’s to get a more accurate answer. By applying lots of friction‚ you will be able to get your mass to hang still. Show a table of your data and your calculations of k. Spring 1 with three different masses: 50 grams: Spring stretched: 5m F = 50gm * 9.8 m/s2 = 490.00 N K= 490/5m = 98 100 grams: Spring stretched: 10m F = 100gm * 9
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The Constant Gardener is a 2005 drama film directed by Fernando Meirelles and produced by Simon Channing-Williams . The screen script by Jeffrey Caine is based on the John le Carre novel by the same name. The movie is the narrative of Justin Quayle‚ a British diplomat in Kenya‚ who seeks to find the truth behind his wife’s murder . The movie‚ set in the 1990’s‚ begins almost with the murder‚ however‚ with the use of flashbacks one is given a glimpse of the life the couple had before the ending
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Technology: the application of scientific discoveries to the development and improvement of goods and services Operations management requires: both knowledge of the facts and how to interpret that info in order to produce and deliver Requires constant improvement: due to competition in the marketplace and advances in technology Good process design is: customer driven What questions> What type of process is best suited that will fulfill our customers needs What is the goal in selecting
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Write the equilibrium constant expression‚ Kc‚ for each of the following reactions: a) 2NO(g) + O2(g) ⇄ 2NO2(g) b) The decomposition of solid potassium chlorate to solid potassium chloride and oxygen gas. c) 4HCl(g) + O2(g) ⇄ 2H2O(g) + 2Cl2(g) d) 2NO2(g) + 7H2(g) ⇄ 4H2O(l) + 2NH3(g) e) H2O(g) + C(s) ⇄ CO(g) + H2(g) f) The reduction of solid copper (II) oxide with hydrogen gas to produce copper metal and water at 500oC. 2. The equilibrium constant Kc for the reaction:
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iLab Steps Part I: Basic Capacitor Functions Step 1: Open Circuit File Open the circuit file Week_1_Class_Activity_1_Cap_updated in the Week 1 folder found in Document Sharing utilizing MultiSim. Step 2: Energize Circuit Click the switch to turn on the circuit. Step 3: Operation and Observation Procedure Accomplish the following procedure to observe the operation of the circuit and to assist in the answering of questions at the end of Part I. 1. Press the space key to close the switch and
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There once lived a great mathematician in a village outside Ujjain . He was often called by the local king to advice on matters related to the economy. His reputation had spread as far as Taxila in the North and Kanchi in the South. So it hurt him very much when the village headman told him‚ "You may be a great mathematician who advises the king on economic matters but your son does not know the value of Gold or silver. The mathematician called his son and asked‚ "What is more valuable - gold
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Problem: For the reaction H2(g) + I2(g) ↔ 2 HI(g) At equilibrium‚ the concentrations are found to be [H2] = 0.106 M [I2] = 0.035 M [HI] = 1.29 M What is the equilibrium constant of this reaction? Solution The equilibrium constant (K) for the chemical equation aA + bB ↔ cC + dD can be expressed by the concentrations of A‚B‚C and D at equilibrium by the equation K = [C]c[D]d/[A]a[B]b For this equation‚ there is no dD so it is left out of the equation. K = [C]c/[A]a[B]b
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Science‚ 3Department of Food Science and Nutrition‚ College of Home Economics‚ University of the Philippines‚ Diliman‚ Quezon City 1101 Philippines ------------------------------------------------- Keywords: forward and reverse reactions‚ equilibrium constant‚ Le Chatelier’s Principle‚ reaction quotient Introduction In chemical kinetics‚ it is stated that a forward reaction’s rate is dependent on the given concentration of the reactants. In other words‚ the relationship of the rate of a reaction is
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the variables mentioned above‚ this experiment was divided into two parts. In Experiment A‚ the radius of the path (length of the string)‚ along with the mass was kept constant‚ and the relation between centripetal force and square of frequency was determined. In Experiment B‚ the Centripetal force and the mass were kept constant‚ and the relationship between square of frequency and the Radius was determined. For Experiment A‚ the results showed that the relationship between the centripetal force
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Chemistry 12 Unit 2 Notes - Equilibrium Chemistry 12 Tutorial 5 – The Equilibrium Constant (Keq) What is Keq ? The "K" in Keq stands for "Constant". The "eq" means that the reaction is at equilibrium. Very roughly‚ Keq tells you the ratio of Products/Reactants for a given reaction at equilibrium at a certain temperature. [Products] [Reactants] K eq = It’s not quite this simple when we deal with real substances. Let’s take an example. It has been found for the reaction: 2HI(g )
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