...Hurricane vs. Tornado Two devastating and deadly natural disasters are the hurricane and the tornado which both cause heavy amounts of damage and are uncontrollable. There are many similarities in how hurricanes and tornadoes are formed. Although they are distinct disasters, hurricanes, and tornadoes pose similar threats to resources because of high winds which can destroy properties and affect the economy along with people’s lives. Both the hurricane, and the tornado are rated on a category scale. First, devastating, and deadly natural disaster is a hurricane. In order for a hurricane to form it has to begin in a warm atmosphere. The seas are normally at their warmest from June to November. A hurricane requires sea- surface temperatures of at least 26 degrees Celsius (80 degrees Fahrenheit). This provides energy for the hurricane and causes more evaporation making humid air and clouds. The winds coming together force air upwards and winds flow outwards above the storm, allowing the air below to rise. Now this is what makes the storm and the light winds outside the hurricane steers it and this is how it grows into a formation of a hurricane. All hurricanes are dangerous and can cause numerous amounts of damage but the most dangerous parts of hurricanes are storm surges which also cause huge amounts of damages because of flooding. The flooding is caused by winds pushing ocean water toward sand. It is estimated that ten-thousand people die each year because of hurricanes. Many...
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...is Greenwich Mean Time? Where is the International Date Line? How do we refer to places using latitude and longitude and the geographic grid (e.g., GPS locations?) If a football game begins at 1 pm EST, what time does it begin in Los Angeles? How are site and situation related? What is a vernacular region? Functional region? What are some pros and cons of globalization on culture in different countries? What does globalization refer to? What is culture? Is it dynamic or static? Chapter 2: Weather, Climate, and Climate Change What are some main reasons for differences in solar radiation and temperature across the globe? What are equinox, solstice, angle of incidence What is the difference between the greenhouse effect that warms our planet vs. ‘global warming’ What kind of waves bring in solar radiation and which reflect back? What effects do proximity to water or being landlocked have on temperatures? What...
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...Why being eco friendly is essential. One of the most controversial topics and recent debates has been global warming and climate change. Everyone from researchers, scientist, experts, tourist, and the average person has studied the issue and has shared their opinions on this hot debate. Climate change is one of the biggest adversities our world has faced in the past, present, and future. One of the most common trends is that our climate is being affected by our human activity. Our human activity is causing our atmosphere to increase in temperature. Which causes the rising sea levels, the melting of ice and snow, and the overall substantial worldwide climate change. I urge each and one of you to pay close attention and see what you can do to help. Our atmosphere is getting hotter and hotter and it is starting to run a fever. Instead of treating our atmosphere and cooling it down, humankind is throwing blanket after blanket on our atmosphere and only making it warmer. These so called blankets are called green house gases. The common view from scientist and researchers is that greenhouse gases have caused most of the temperature increase in our atmosphere. Where the problem lies is that humankind is producing these greenhouse gases. Greenhouse gases are gases in our atmosphere that absorbs and releases radiation. The main gases in the earth’s atmosphere are carbon dioxide, water vapor, methane, and nitrous oxide. These gases with out a doubt affect the earth’s temperature...
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...Climate Change Science and Superstorm ‘93 June 20, 2011 METEOSAT infrared satellite photo March 1993 "Storm of the Century" (13 March 1993). Source: NOAA National Climatic Data Cent er Climate Change Science Changes OverTime Prior to 1800 –the Earth’s climate was not a compelling topic Today - it is a major concern although the causes are hotly disputed Climate Change Science is one example where there has been significant growth in knowledge over the last 200 years Climate Change Science Effects of Increased Knowledge The Discovery and Proof of: ◦ Green House Effect 1824 - Greenhouse effect discovered by Fourier 1859 - John Tyndall confirmed Fourier discovery by confirming that H2O and CO2 absorb infrared heat 1955 - Isotopic signature of industrial based CO2 emissions discovered by Hans Suess 1958/1960’s - Charles David Keeling proved CO2 was increasing in the atmosphere Led to: ◦ Adoption and Use of Climate Modeling 1970’s/80’s Suke Manabe and James Hansen began modeling climate projections Resulting in : ◦ Organizations Established to Study Climate Change and its Impacts National Center for Atmospheric Research (NCAR) Global Institute for Space Studies (GISS) National Oceanic and Atmospheric Administration (NOAA) Intergovernmental Panel on Climate Change (IPCC) Climate Change Science Example 1: Green House Effect Discovered in 1924 - Natural layer of gases covering...
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...Study Guide: Final Exam Concentrate your studies in the following areas. Questions for the Final Exam will come principally from this material. Lutgens and Tarbuck Textbook: Earthquakes and Structures (Chapter 6) * Know the definition of an earthquake (pg. 190). * Know the difference between the focus and epicenter of an earthquake. Which is located at the source of the earthquake? Which is located on the surface of the earth directly above the source? * Understand the concept of elastic rebound. What is it? How are earthquakes produced via elastic rebound? * Know the three basic types of seismic waves * Body waves - P waves (push/pull-- motion parallel - travel through solids/liquids/gas) * Body waves - S waves ("shake" -- motion perpendicular - travel through solids -- slower velocity than P waves) * surface waves (complex motion -- causes greatest destruction -- * ). What is the particle motion in each type of wave (e.g., particles move parallel to the direction of travel in P waves)? Which type of wave travels the fastest? Which type of wave is the slowest? Which type of wave arrives first at a seismic station? Which type of wave is the last to arrive at a seismic station? Which type of wave causes the most damage? Know which mediums each type of wave will move through (e.g., S waves will only move through solids). * Know the difference between a magnitude scale and an intensity scale. - Intensity: measure of the degree of earthquake...
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...Unit 2 Assignment - Access Technologies Kaplan University IT530 Abstract Access technologies are technologies used by customers to access the Internet. Access technologies include but are not limited to DSL, Cable, and Satellite Internet services. Each of these are widely used in rural and city residential settings. Each technology has its advantages as well as disadvantages; some of which include cost, data download speeds, upload speeds, and availability. To determine which access technology is best a person must research each option and decide based not only on cost but also on need. The Internet Over the last decade or so the Internet has gone from a luxury to a common household item. According to Internet World Stats (2011), between the years 2000 and 2010 the number of Internet users in the U.S. nearly doubled from 124,000,000 user to 239,893,600 users. This is likely due, in part, to the numerous types of Internet services or access technologies being made available to users in all areas. Three of the most popular access technologies are: DSL, Cable, and Satellite. Each of these access technologies provides Internet service, via an Internet Service Provider (ISP), to urban and suburban residential communities. Each of these access technologies has advantages as well as disadvantages over the other. Determining the best access technology may take a bit of research and consideration...
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...* Common Threats to an AIS Natural and Political Disasters | Software Errors and Equipment Malfunctions | Fire or excessive heat, Floods, Earthquakes and landslides, Hurricanes, tornadoes and high winds, Blizzards, snowstorms, and freezing rain, war and attacks by terrorists. | Hardware or software failures, Software errors or bugs, Operating system crashes, Power outages and fluctuations, undetected data transmission errors | Unintentional Acts | Intentional Acts | Accidents caused by human carelessness, failure to follow established procedures, and poorly trained or supervised personnel, innocent errors or omissions, lost, erroneous, destroyed, or misplaced data, logic errors, systems that do not meet company needs or are incapable of handling tasks. MOST LOSSES OCCUR HERE! | Sabotage, which is destroying a system, computer fraud, misappropriation of assets, financial statement fraud, corruption. Deliberate destruction to harm a system. (Cookie: data website store on your computer that identify the site & you do not have to log on each time you visit the site) | * The Association of Certified Fraud Examiners (ACFE) 2014 Survey Results Show: * 5% of revenues are lost to fraud (≈ >$3.7 trillion lost globally) * Median loss: $145,000 (22% of cases involved with losses > $1,000,000) * Most frauds are fairly small in scope * Median fraud scheme lasts about 18 months * What is Fraud? * Gaining an unfair advantage over...
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...Study Guide: Final Exam Concentrate your studies in the following areas. Questions for the Final Exam will come principally from this material. Lutgens and Tarbuck Textbook: Earthquakes and Structures (Chapter 6) * Know the definition of an earthquake (pg. 190). --ground shaking caused by the sudden and rapid movement of one block of rock slipping past another along fractures in Earth’s crust called faults * Know the difference between the focus and epicenter of an earthquake. Which is located at the source of the earthquake? Which is located on the surface of the earth directly above the source? --Focus=Earthquakes tend to occur along preexisting faults where internal stresses have caused the crustal rocks to rupture or break into two or more units. The location where slippage begins is called the hypocenter, or focus. --Epicenter=The point on Earth’s surface directly above the hypocenter * Understand the concept of elastic rebound. What is it? How are earthquakes produced via elastic rebound? * --Elastic rebound=At some point, the stress along the fault overcomes the frictional resistance, and slip initiates. Slippage allows the deformed ( bent) rock to “ snap back” to its original, stress- free, shape; a series of earthquake waves radiate as it slides. Reid termed the “ spring-ing back” elastic rebound because the rock behaves elastically, much like a stretched rubber band does when it is released. * Know the three basic types of seismic waves...
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...2 Tim. 3:1 describes these days as “perilous times”, and for good reason, as you will see in the following article. Many people erroneously think that no signs have to happen before the Rapture occurs. This is a myth that unfortunately, exists in many Christian circles and is taught in Seminary, but nothing could be further from the truth. Therefore, it is believed that, because the Apostle Paul and others from the New Testament/ First Century believed the Rapture was imminent and would happen in their lifetime, that our position as Evangelical Christians now should be that there are no signs to watch for in the End Times and therefore the Rapture could happen now or a thousand years from now. I believe this is an incorrect belief, because the signs we are to watch for (Mark 13:32-37) are prophecies still being fulfilled. Obviously, they were not all fulfilled in the First Century. A good twenty-five percent of the Bible is prophecy, and much of it concerns the end times. So it would make complete sense when Jesus commanded us to watch for Him, to be alert for His Trumpet Call as our Blessed Hope and not be discouraged because of the times we are living in. Jesus said to the Pharisees, "[Ye] hypocrites, ye can discern the face of the sky and of the earth; but how is it that ye do not discern this time?" (Luke 12:56) Meaning that the Pharisees should have been discerning about the times they were living in and watching those signs. And notice He called...
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...Why Does God Allow Suffering? by David C. Pack ------------------------------------------------- The world is filled with suffering of every kind. Countless millions know little else. Yet God allows it. Why has He not stopped the terrible suffering that afflicts so many? Is there a REASON God has not intervened? Does suffering have a great unseen PURPOSEthat can be understood? Take a long look around the world. Enormous numbers of people are suffering everywhere for every kind of reason. Every day, 200,000 people starve to death—and this is after weeks or months of horrible suffering. Such suffering is not limited to physical pain, but includes psychological and mental anguish of parents often having to watch their children die in their arms. Starvation is so awful that death is actually a blessed relief. Why doesn’t God stop this? Even more people die each day from disease. The very word disease means people are not “at ease.” As you read this article, untold trauma, pain and suffering, due to crippling conditions, infections and disease of every sort, are occurring around the world. Just in Africa, children are orphaned by the millions every year, due to AIDS alone. Why isn’t God intervening? The prophet Daniel spoke of “the TIME OF THE END.” The apostle Peter said, “there shall come in the LAST DAYS scoffers.” Paul said, “In the LAST DAYS perilous times shall come.”… Order Now Now consider poverty, which affects one-third of all people on earth. The lack of...
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...The Effects of a Business Continuity Plan on Information Systems Ronald E. Stamm Jr. ISYS 204 Professor Choi October 6th, 2011 Abstract Since the dawn of the new millennium, as more and more companies are becoming more technologically savvy, they have been coming to the realization that there is a need to protect that data somehow. These companies seek out IT professionals who help them create Business Continuity Plans. These Business Continuity Plans help companies better safeguard and effectively retain their essential data in the case of a catastrophic failure of their network infrastructure. In this essay, I will be discussing the different intricacies of a Business Continuity Plan and how to effectively build one to suit the needs of the individual company. The Effects of a Business Continuity Plan on Information System A frog if put in cold water will not bestir itself if that water is heated up slowly and gradually and will in the end let itself be boiled alive, too comfortable with continuity to realize that continuous change at some point may become intolerable and demand a change in behavior. (Handy, 1990) There have been so many companies over the years that have failed due to lack of a proper Business Continuity Plan. Taking the time and utilizing the correct resources to create a Business Continuity Plan can easily counteract this. In this essay, I will provide an example of a few companies who did not have proper Business Continuity Plans and...
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...AIS Research Paper S1 Poly-Boats & Surfboards Inc. Wilmington University Table of Content List of Tables and Figures 3 Introduction 4 Benefits and Disadvantages 5-6 Holism vs. Reduction 7-8 System Development Life Cycle 8 Planning 9 Analysis 9 Design 10 Development 11 Testing 11 Implementation 11-12 Maintenance 12-13 Data Management – Data-back-up/Disaster Recovery 13-14 Impact of Implementation 14 Administrative procedures - human and process changes 15-18 Changes in organizational Policy 18-20 Training requirements 20 References 21-22 List of Figures Figure 1-A: Organizational Effectiveness 7 Figure 2-A: Design 9 Figure 3-A: Planning 9 Introduction The organization has been active for ten years and has five fulltime employees and is located in Rehoboth Beach, Delaware, near the outlet malls. They manufacture and sell lightweight boats, surfboards, and body boards in addition to a variety of accessory associated with the sports. The system used to manage the operation is three Dell OptiPlex computers on a wireless network. The Software used is Windows Office 10, specifically Microsoft Access, Excel and Word. The software provides an opportunity to maintain customer account data, address, as well as Suppliers...
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...REIT Analysis Project: Corporate Finance- Dr. Hardin (Fall 2014) Group Members: Clara Arango Derek Croissiert Raymond Diaz Marianela Muniz Alina Plasencia Table of Contents EXECUTIVE SUMMARY 3 BACKGROUND: 3 INVESTMENT STRATEGY: 3 REAL ESTATE PORTFOLIO & TENANT DIVERSIFICATION: 4 DIVIDEND GROWTH: 5 REVENUE GROWTH: 7 RISKS/MITIGANTS: 8 RISK: MARKET RISKS 8 MITIGANTS: 8 RISKS/MITIGANTS: 10 RISK: INTEREST RISK 10 MITIGANTS: 10 MITIGANTS: 11 ANALYSIS: 13 MARKET PREVIEW & HOW THE FIRM FITS IN: 13 GROWING CONSUMER CONFIDENCE: 15 SHAREHOLDER DIVIDENDS INVESTMENT VEHICLE: 16 ACCESS TO CAPITAL: 17 INDUSTRY RANK: 17 EARNINGS TRENDS: 17 COMPETITORS: 18 FINANCIAL STATUS: 19 BALANCE SHEET: 21 INCOME STATEMENT: 22 CASH FLOW: 23 ANALYSIS WITH ASSUMPTIONS & SUPPORT 25 TABLES: 25 EXHIBITS FROM SPREADSHEETS 30 SUMMARY & CONCLUSION 33 REAFFIRMED HIGHLIGHTS: 34 STRENGTH, LIQUIDITY AND PERFORMANCE: 34 OUTLOOK: 35 EXECUTIVE SUMMARY Background: Realty Income Corporation (“Realty Income” or “RIC” or “REIT”) is an equity real estate investment trust (REIT). Realty Income is a publicly traded (NYSE: Ticker symbol “O”) and is also known as “the monthly dividend company” which parallels its dividend payout structure. The Company is engaged in acquiring and owning freestanding retail and other properties that generate rental revenue under long-term lease agreements (primarily 10 to 20 years). In January 2013, it acquired American Realty Capital...
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...WIRELESS BROADBAND NETWORKS - Technical Implementation Guide AMD WHITEPAPER Version 1, Release 0.2 18th May 2004 For more information, see www.amd.co.th and contact us at: Email: partner@amd.co.th / Fax: +1-9177209888 i This page is intentionally left blank. ii For more information, see www.amd.co.th and contact us at: Email: partner@amd.co.th / Fax: +1-9177209888 TABLE OF CONTENTS Page 1. INTRODUCTION ................................................................................................................... 1 1.1 Background .................................................................................................................... 1 1.2 About AMD .................................................................................................................... 1 TECHNOLOGY OVERVIEW ................................................................................................ 2 2.1 Proprietary versus Standards-Based Solutions ............................................................... 3 2.2 Scalability and Interoperability ...................................................................................... 3 2.3 Radio Frequency (RF) .................................................................................................... 4 2.4 Attenuation and Interference .......................................................................................... 5 2.5 Transmitters, Receivers, and Transceivers ..........................................
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...ES8005 – Chapter 1 A system is any portion of the universe that can be isolated for the purpose of observing & measuring changes A system must have a boundary that sets it apart from its surroundings 3 basic types of systems 1. Isolated system * Boundary prevents the system from exchanging BOTH matter & energy with its surroundings. * Both matter and energy within the system are fixed & finite because none can enter and none can leave the system. * Imaginary – impossible for any real boundary to be so perfectly insulated that energy can neither enter or escape. 2. Closed system * Boundary permits the exchange of energy, but not matter within its surroundings * Matter within the system is finite but energy is exchangeable in and out of the system 3. Open system * Boundary permits exchange of both energy and matter * Ie. Island. * Open systems are more difficult to study because they have more potential for uncontrolled variation Box model * A model is a representation of something. * A box model can show the essential features of a system. i. The process by which matter enters & leaves the system and the rates at which they do so ii. The process which matter moves among the various parts of the system internally & the rates at which this happens iii. The amount of matter (or energy) in the system at a given time and its distribution within the system * The amount of matter...
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