Abstract The purpose of this paper is to show how technology has been used to enhance automobile development. The paper’s overall claim is that without technology‚ many of the advances made in this field would not have been possible. The paper will discuss three advancements in the automobile field that have been enhanced by technology. These advancements are: safety enhancements‚ speed enhancements‚ and alternative fuels. Research was done using data from various sources. Sources of the used articles
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Agile Modernization Framework for Decision Making in Legacy Environments ABSTRACT Development of enhancements in a legacy environment poses a major application development challenge to many finance and insurance companies. Investment in modernizing architectures does not always immediately realize operational and customer-perceivable value mandated of agile environments. And top-down service portfolio management does not consider architecture impact on decision making to make the priorities
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NANOROBOTS M.Birrundha‚ A.Maunika‚ R.SnehaSanjana‚ N.Logarajeswari III-BE-EEE‚ PSG College of Technology‚ Coimbatore. birrundhamurugan@gmail.com maunika30@gmail.com snehasanjana@gmail.com loguchander@gmail.com Abstract -Nanorobotics is the technology of creating machines or robots of the size of few hundred nanometres and below consisting of components of nanoscale or molecular size. This paper is about nanorobots and how it is used in medical field to cure diseases. Nanotechnology is
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plastic better than the original Bakelite. In 1900‚ Christian Huelsmeyer invented a simple‚ directional detecting device called the Radar. The Radar was used to detect aircraft and ships. The greatest promoter before the Radar‚ was the radio attributed to Guglielmo Marconi. The Radar had helped decide the outcome of the World War II. If the Radar did not exist‚ I would create a
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receive speed measurements are radar guns. Georgia State University’s website‚ “Police Radar” focusses on the process of typical radar guns. Typical guns expel microwave waves off to the atmosphere while the gun is directed to hit towards a target From there‚ an object moving by who hits it sends the waves back with its modified frequency caused by the Doppler Effect (Georgia State University‚ “Police Radar”). This effect essentially changes the receiving waves from the radar because it bounces back from
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Bibliography: ww.dosomething.org/tipsandtools/11-facts-about-tornados http://www.stormtours.com/media.html http://usatoday30.usatoday.com/weather/wtwistqa.htm http://whyfiles.org/2010/how-does-weather-radar-work/
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morning. It can also be a deadly storm that wipes away a house. Weather is not something people can control but that does not mean that they can not protect themselves from it. That is why we have technology. Using weather instruments such as radars‚ satellites‚ and computers‚ forecasters can predict when and where certain storms will occur. Throughout the years protecting ourselves from violent storms has become less difficult due to science. We use weather technology to track and measure
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point of this is simple: to protect lives‚ to save aircraft operators money‚ and to protect the environment by reducing carbon emissions through shorter flight times. This is all done through antiquated technology that dates back to World War 2. Radar was
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reliable. The best resources will be governmental‚ educational‚ or scientific in origin. 1. In your own words‚ explain how Doppler radar works. Describe the properties of electromagnetic waves and interactions that make Doppler radar possible. (13 points) A Doppler radar is an important tool used to measure the velocity and direction of a moving object. The Radar actually has transmitters that produce and release electromagnetic waves in the form of microwaves or radio waves. These waves are
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3 Resonance transducers……………………………………………….….…..1.13.4 Optical transducers………………………………………………………….1.13.5 Solid state transducers………………………………………………………1.13.6 Piezoelectric transducer………………………………………………….….1.13.7 Ultrasonic transducers…………………………………………………...….1.13.8 CHAPTER 2 The basic steps involved in achieving a mechatronics object (designing and construction of an etching board)……………………………………………………………………….2.0 Design…………………………………………………………………………………..2.1
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