MAGNETIC LEVITATION VEHICLES Submitted to Ray Russell, Course Instructor Electrical and Computer Engineering Seminar EE 155 Prepared by Thomas Penick, Student November 11, 1998 TABLE OF CONTENTS LIST OF FIGURES ...................................................................................................................iii INTRODUCTION ......................................................................................................................1 BACKGROUND ..
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nail. At this point you should let four magnets clamps themselves around the nail. Coil the magnet wire around the box. Put each end of the wire to the bulb. Test and analysis were done to test the stability of the product. It was verified that Set-up C can produce greater electricity. As a conclusion, the higher the magnetic field the higher the electricity produces. This study needs further investigation for better improvement. You can also study effects of metals in producing
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marks Part A – 15 marks Attempt Questions 1–15 Allow about 30 minutes for this part Use the multiple-choice answer sheet for Questions 1–15. 1 A fast-moving space probe passes close to a planet. During its journey, how does the gravitational field of the planet affect the speed and direction of the probe? Speed (A) (B) (C) (D) Remains constant Remains constant Changes Changes Direction Remains constant Changes Changes Remains constant 2 A satellite is moving in a circular orbit of radius
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Pay to Play: Economic Impact of Paying College Athletes 1. Purpose of Research & Analysis On April 25, 2014, the National Labor Relations Board in Washington, D.C., granted Northwestern University's request to review the decision made by the regional office recognizing the school's football players as employees. In mid-April, Northwestern football players voted as a team on whether or not to unionize, but the votes will only be opened if the board ends up siding with the players, which may take
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following years, but it was not until the 1970’s that Japan and Germany showed interest in it and began researching and designing. The motion of the Maglev train is based purely on magnetism and magnetic fields. This magnetic field is produced by using high-powered electromagnets. By using magnetic fields, the Maglev train can be levitated above its track, or guideway, and propelled forward. Wheels, contact with the track, and moving parts are eliminated on the Maglev train, allowing the Maglev train
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advantages Chapter 2 Strategic Management process 2.1 Competitive advantages 2.2 External Analysis ( PESTEL, Industry analysis using Poters five forces) 2.3 Internal Analysis (Resources and capabilities of the company) 2.4 SWOT Analysis Chapter 3 Strategy Formulation. 3.1 Business level strategies 3.2 Corporate level
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development oriented software tools to reduce numerous computing jobs and simulation time. An example of a rotor-skewed structure used to reduce cogging torque of permanent magnet synchronous machines is evaluated and compared with a conventional analysis method for the same motor to verify the effectiveness of the proposed approach. The novel method is proved valuable and suitable for large-capacity machine design. Keywords: cogging torque; permanent magnet; finite element method; half magnet pole
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Drilling For Oil In ANWR, Is It Worth It? Alexander Payne - Engineering Student, University of West Florida Abstract - This report will take an objective look at the possibilities of drilling for oil in Alaska. We will take a look at all of the possible benefits and good that could come out of this, as well as all of the drawbacks and negative effects that can come from drilling in the Arctic National Wildlife Refuge. This report will also take a look at some possible alternatives to drilling
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Induced Currents Introduction: In this lab we will reverse the situation. That is we will create an electric field from a changing magnetic field. We will be able to detect this electric field by measuring the induced EMF. Equipment Required: • Windows PC • LabPro • Logger Pro • Voltage Probe • Spool of wire • Bar Magnet • Plastic pipe Theory: Faraday’s law of Induction for the induced emf can be written as: emf = −N ΔΦB Δt Where N is the number of turns of a wire loop, which is multiplied
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EM Fields and Waves Assignment 1 Energy and Potential In Electric Field it solution Contents Introduction: 3 Electric Field Intensity: 3 Electric Field Strength (First Formula): 3 Electric Field Strength (Second Formula): 4 Energy: 5 Potential Difference and Potential: 5 Electric Potential at a point due to Point charge: 6 Potential Gradient: 8 Conclusion: 10 Table of Figures: Figure 1: Field is radial 8 Introduction:
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