Car Rental System Analyze I planned that my car rental system has the next variables: 1. For the car: Plate number‚ car name‚ car color‚ car speed‚ and rental status. 2. For the customer: Last name‚ first name‚ birthdate‚ telephone number‚ cellphone number and address. 3. For the employee’s: Last name‚ first name‚ address‚ position‚ telephone number‚ cellphone number and birthdate. The rental database should have information’s: 1. When was the car rented (date) 2. When
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Name: Georges B. Saad Subject: English 201 Topic: How To Choose A Car. Thesis: “Choosing A Car Involves Many Steps “ Points Step 1: • Affordability • Repair Cost • Safety • Comfort • Entertainment • Other Options and Extras Points Step 2: Affordability: • Cost Of Car Compared To The Options and Specifications You are Paying For. • Miles/Gallon or Fuel Consumption Repair Cost: • Availability of parts in the market • Cost of parts and durability
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Discursive Essay Your task is to help structure a discursive essay about the advantages and disadvantages of car use. You will be given the various arguments both in favour of and against car use. Your first task will be to organise these arguments. Task 1 Read the following notes. Identify all the points in favour of car use and mark them with a tick. Identify all the points against car use and mark them with a cross. …………………………………………………………………………. Not restricted by schedules as you are
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Basic Overview of Various Strategic Planning Models (Including Basic‚ Issue-Based‚ Alignment‚ Scenario and Organic) Written by Carter McNamara‚ MBA‚ PhD‚ Authenticity Consulting‚ LLC. Copyright 1997-2006. Adapted from the Field Guide to Nonprofit Strategic Planning and Facilitation. There is no one perfect strategic planning model for each organization. Each organization ends up developing its own nature and model of strategic planning‚ often by selecting a model and modifying it as they
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major step forward the mainstream of our society. The development of driverless cars does not only focus on the realm of theoretical science like physics and mathematics but also involves the significant breakthrough in engineering fields including automatics‚ robotics‚ human intelligence‚ automotive engineering. In addition‚ it has the bright perspective in reality and potential strategic value as well. The driverless car‚ serving as the testing cradle or the ideal carrier of burgeoning innovations
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Could you imagine a car from 1969‚ manufactured by Ford‚ reaching an approximate value of almost $550‚000? You would think cars are supposed to depreciate over time‚ right? It’s not like the 429 Boss is an Italian made vehicle‚ or any luxury-made German car. In 1969‚ the 429 Boss sold for $3529 brand new. Adjusted for inflation‚ that is about $22‚880.32 in today’s market. But they are valued between $450‚000 and $550‚000. That’s a 2‚185% increase in value‚ which is astounding for any vehicle to
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for 2000cc mid-size category between Japan cars and Germany cars The line graph shows the information about the time taken for 2000cc mid-size cars from Japan and Germany cars to reach 100km/h. The Japanese cars acceleration was a bit slower than the Germany cars with the same engine capacity. The Honda Accord was clocked at 10.7 seconds when it reached from 0-100km/h. The second car was the Toyota Camry‚ scored a 12.5 second for its trial. The next car was the Nissan Teana that achieved a time
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strategic analysis was carried out in accordance with the Strategy Formulation Framework which was developed by Fred David. The strategic formulation framework encompasses three primary stages which comprises of the input stage‚ the matching stage and the decision stage. The report contains seven chapters and the first chapter is the introduction where each chapter of the report is described briefly. The second chapter describes the Strategy Formulation Framework. The descriptions in this chapter are
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Race Car Aerodynamics Gregor Seljak April 8‚ 2008 1 Introduction First racing cars were primarily designed to achieve high top speeds and the main goal was to minimize the air drag. But at high speeds‚ cars developed lift forces‚ which affected their stability. In order to improve their stability and handling‚ engineers mounted inverted wings profiles1 generating negative lift. First such cars were Opel’s rocket powered RAK1 and RAK2 in 1928. However‚ in Formula‚ wings were not used
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Refrigerated rail cars‚ also known as reefers‚ are insulated boxcars that keep their cargo at a regulated temperature‚ usually around 2 or 3 degrees Celsius. The first reefers relied on ice to cool their load‚ but now diesel-powered refrigeration units have replaced the ice as a more effective way to cool the load. The refrigerated rail car was patented by J.B. Sutherland in Detroit‚ Michigan in 1867. He designed an insulated car with ice at either end. This allowed air to come in from the top‚ pass
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