A PROJECT REPORT ON RECRUITMENT AND SELECTION AT VEPL SUBMITTED BY- PRATYASHA TAGRA MBA
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EPHE 380 – Motor Control Final Exam Ian Haig V00711512 Scenario: Walking down a 45 degree slope with a surfboard under my left arm and a large mountaineering backpack on my back. I was walking down the trail to Sombrio Beach which is about a 1.5k hike down a steep trail to the ocean. I had a surfboard under my right arm‚ an axe in my left hand‚ and a large 40 litre hiking backpack fully loaded with supplies on my back. About half way down there is a left turn in the trail which has a declining
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SWOT and CSF Analysis of Toyota Motors Karen White June 2‚ 2012 BUSI 601 Liberty University 1.0 INTRODUCTION: Toyota Motor Company is a well-known Japanese transnational corporation‚ and is well known thought-out the world as the second largest automaker of automobiles‚ trucks‚ buses‚ robots‚ and providing financial services. Its creator is Kiichiro Toyoda‚ born in 1894‚ and the son of Sakichi Toyoda‚ who was widely held as the creator of the automatic
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Dao Tran MGMT405 12:30-1:45 Dr Yan Case #3 Tata Motors 1. What inspired Tata Motors to build the Nano? Why was there a need for an inexpensive car in India? The idea of Nano–The People’s Car was inspired by the middle class Indians who bought and transported their entire families on scooters. To most middle class families in India owing a car is a far cry. Rattan Tata‚ Tata Motor’s Chairman said that the tiny car is aimed at keeping the families of India’s growing middle class from having to travel
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Tesla Motors Table of Contents Executive Summary 3 1. Introduction Chapter 4 2. Motivation 4 3. Research question and Sub questions 4 4. Interpretation 4 5. Scope/Delimitation 5 6. Methodology 6 6.1 Project type 6 6.2 Method 7 6.3 Theories and models used 7 6.4 Data collection 10 6.5 Structure 11 6.6 Critisium sources 11 7. Analysis 12 Part 1 12 7.1 Sub question 1 12 7.2 Sub question
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A DC motor is a mechanically commutated electric motor powered from direct current (DC). The stator is stationary in space by definition and therefore so is its current. The current in the rotor is switched by the commutator to also be stationary in space. This is how the relative angle between the stator and rotor magnetic flux is maintained near 90 degrees‚ which generates the maximum torque. DC motors have a rotating armature winding but non-rotating armature magnetic field and a static field
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The speed of an asynchronous motor rotating field and thus its rotor speed depends on the number of pairs of poles in the stator field .the rotor speeds n are lower than the table values by the amount of the relevant slip speed ns. Motors are designed with up to three stators windings‚ which have different number of pairs of poles. They can therefore run at up to pairs of poles. They can be in any desired ratio to one another. A pole-changing switch is used to changing poles for the desires speed
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GROUP 4 JULY 26‚ 2013 EE 4101 ENGR. KENNETH F. FAJILAN Reluctance Motor Introduction A reluctance motor is a type of electric motor that induces non-permanent magnetic poles on the ferromagnetic rotor. Torque is generated through the phenomenon of magnetic reluctance. There are various types of reluctance motor: Synchronous reluctance Synchronous reluctance motors have an equal number of stator and rotor poles. The projections on the rotor are arranged to introduce internal flux “barriers“
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Tesla motors has taken a different approach in EV technology and I think its paying off. Though the challenges from the establish competition would be thrown in coming years and to maintain the differentiation would be tough which will reduce the capability to charge the premiums‚ hence the scale needs to be achieved for sustainability; the mass adoptability of EV would be the key and for that the Auto manufacturers needs to work hard under the federal support. Tesla Motors has positioned
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Tesla Model S Table of Contents Executive Summary Situation Statement Tesla Motors Inc. is preparing for its Toronto debut in January 2010. Tesla wants to create preorder sales for its debut. The company wants to position its vehicles as viable alternatives to gasoline cars. It also wants to generate buzz for its cars in Toronto. Objectives Create 24 sales by the December 2010 debut of Tesla Motors in Toronto. Strategy Use exclusivity to generate hype and therefore sales for Tesla
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