______________________ Evaluation of the Gas Law Constant Objectives In this experiment‚ we will determine the Ideal Gas Constant‚ R‚ which relates the number of moles of gas present to its volume‚ pressure and absolute temperature. Background To see how "R" was derived‚ we must look at the proportionalities defined by the other fundamental gas laws. For example‚ Charles’ Law showed us that the volume of a gas sample is proportional to its absolute temperature at constant pressure. Thus V ∝ T abs . In addition
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soil property. These two tests are the falling head permeability test and the constant head permeability test. Which test is used depends upon the type of soil to be tested. For soils of high permeability (sands and gravels) a constant head test is used. For soils of intermediate to low permeability‚ a falling head test is used. As we were testing sand we used a constant head permeability test. By carrying out the constant head permeability test we can determine the coefficients of permeability of
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HOW DOES THE SOLUBILITY OF POTASSIUM CHLORIDE (KCL) AND POTASSIUM IODIDE (KI) IN WATER VARY WITH TEMPERATURE? AIM To observe solubilities of KCl and KI with water at different temperatures To compare the two solubility curves and discuss what might vary the solubility of different ionic compounds. THE VARIABLES DEPENDENT VARIABLE Temperature INDEPENDENT VARIABLE Amount of solute (KCl‚ KI) CONSTANTS Amount of the solvent (water)‚ pressure APPARATUS 100G OF POTASSIUM CHLORIDE 100G
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questions on the effects of salt on grass growth. In the winter‚ many people place a salt compound on their driveways to melt snow and ice that has accumulated. The following spring‚ it is noticed that the edges of the driveway does not have any grass growing and grass a little further from the driveway is growing slower than the rest of the lawn. It will be determined if grass growth is negatively impacted in the spring after a winter of salt compound applications. Salt and Grass Growth Introduction:
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The Great Salt Lake The Great Salt Lake is a wonder of its own. Made by the remnants of Lake Bonneville‚ this lake is unique to Utah and has many different characteristics that make it this way. Have you ever wondered how big the Great Salt Lake really is? It is one of the largest lakes in America. The Great Salt Lake is about seventy-five miles long and twenty-five miles wide. Even though the deepest spot in the lake is thirty-four feet the average depth of the Great Salt Lake is around 13 feet
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Effects of Salt on Ice Bill Yongco Angela Enriquez Trisha Co Ying Huang Xu Abstract To be done when IP is completed Acknowledgments To be done when IP is completed Table of Contents Background of the Study | Pg.3 | Statement of the Problem | Pg.3 | Significance of the Study | Pg.3 | Scope and Limitations | Pg.4 | Review of Related Literature | Pg.4-5 | Methodology | Pg.6 | Results and discussion | Pg.7-8 | Conclusions | Pg.9 | Recommendation | Pg. 9 | Definition
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This book was chosen for review because I was looking for a book that has a history of salt and how it affects us today. Mark Kurlansky‚ the author of this book‚ earned a BA in Theater from Butler University in 1970. He has worked as a playwright at Brooklyn College‚ a commercial fisherman‚ a dock worker‚ a paralegal‚ a cook‚ and a pastry chef. He worked as a journalist for many companies which are‚ The International Herald Tribune‚ The Chicago Tribune‚ The Miami Herald‚ and The Philadelphia Inquirer
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Katie Paez Marine Science Salt Marsh Essay Salt marshes play vital roles in coastal areas‚ such as Westhampton‚ Southampton‚ Hampton Bays‚ and many other locations. Let’s look at the global effects of salt marshes. A study from September of this year published in UVAToday shows that the carbon stored in salt marshes may help in slowing global climate change. Carbon dioxide is the predominant so-called “greenhouse gas” that acts as sort of an atmospheric blanket‚ trapping the Earth’s heat. Over
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People have been using salt since 6050 bc.We have used it for seasoning‚ preservation‚ and in the last century for lowering the freezing point of water(History of Salt). In pure water 0 degrees celsius is the normal freezing point of water. Ice will melt just as fast the water will freeze. You won’t see the melting and freezing processes as long as they are balanced and equal. Adding salt or any foreign substance to the water upsets the fragile equality between freezing and melting. Less of the
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Javier I Torres August‚ 27‚ 2009 World History AP Salt A world history 1. Mark Kurlansky is trying to prove to people that salt has made a difference in the world. Salt changed the world by Human survival‚ world trade and peoples curiosity of salt. I know this because the author has mentioned this several times throughout the book. 2. Yes‚ the author proved his argument about salt and how it has affected the world. 3. No‚ because if it was biased there has to be something that is biased
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