organizational structure do you believe is being used to produce Detroit Electric vehicles? Detroit Electric concentrates theirs efforts on research and development of the motor‚ vehicle design‚ marketing and distribution. The company does not produce cars; the actual manufacturing of cars is outsourced. From the case I conclude that technology design is the core business of Detroit Electric. Technology changes rapidly and therefore Detroit Electric has to be flexible in conditions of change and uncertainty
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GENERAL ELECTRIC STREAM 1 – COURSE WORK GROUP -‐ 11 AHMED AHMED ETTEFAGH TAHSIN MASHAT MOAZ QING SHAN ZHENG DANYI UNIVERSITÁ DELLA SVIZZERA ITALIANA‚ LUGANO – CORPORATE STRATEGY 2012/2013 Corporate strategy Table of Content 1. Introduction to the General Electric Company 2. History
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Our Electric Bicycle Project I have added an electric power assist onto a GT mountain bike. With a 3 HP peak motor‚ it is much more powerful than typical electric bicycles. The basic motivation to build an electric bike was to have a fun and efficient and environmentally friendly way to stay out my car for short trips around town‚ and also as a silent trail bike for exploring the hills. I wanted to get some exercise - this bike can still be pedaled. When I first put this together it was even more
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1. Does Lincoln follow a hierarchical or decentralized approach to management? Explain your answer and give examples. According to the hierarchy at Lincoln electric‚ it appears like using a decentralized approach to management. Asper (Draft‚ 2010)‚ “Decentralization relies on cultural values‚ traditions‚ shared beliefs‚ trust and an egalitarian spirit to foster compliance with organizational goals” (p. 548-549). To be more detailed‚ At Lincoln there is an open door policy for every employee
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uniform E + + + + + + electric U = Fy = q0Ey a F=Eq0 E Wab = Fd = q0Ed d b ya yb ‒ ‒ ‒ ‒ ‒ ‒ = ‒ ΔU = ‒ (Ub ‒ Ua) F does positive work‚ U decreases positive charge moving in the opposite direction of uniform E + + + + + + electric U = Fy = q0Ey b Wab = Fd = q0Ed d E yb a ya F=Eq0 ‒ ‒ ‒ ‒ = ‒ ΔU = ‒ (Ub ‒ Ua) ‒ ‒ F does negative work‚ U increases negative charge moving in the direction of uniform E + + + + + + electric F=Eq0 U = Fy = q0Ey a Wab
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CHAPTER I INTRODUCTION 1.1 Reasons choose the case 1.2 The Problems The problems of this case are: 1. How would you characterize Lincoln Electric’s strategy? In this context‚ what is the nature of Lincoln’s business and upon what bases does this company compete? 2. What are the most important elements of Lincoln’s overall approach to organization and control that help explain why this company is so successful? How well do Lincoln’s organization and control mechanisms
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point charge q2 = 5.1 μC is located along the x-axis at a distance x2 = 9.3 cm from q1. 1) What is F12‚x‚ the value of the x-component of the force that q1 exerts on q2? -18.57 N For all of these problems we want to make use of the standard electric force equation: ̂ So for this problem with K=9*109 Nm2/C2‚ Q1=-3.5μC‚ Q2=5.1 μC‚ and r=9.3 cm we get F=-18.57 N. It’s important to realize that getting a negative force value means the charges attract. The direction of that attraction is determined
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Electric Cars An electric car is a vehicle which gets power from one electric motor or more‚ and an electric car use electrical energy to store batteries or another energy storage device. The developmental history of electric cars is very long‚ and the first automobile all over the world was an electric car. However‚ electric cars had two terrible disadvantages: the problem of energy technology and mileage limit around 20 century. The problems made electric cars disappeared from citizens eyes for
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Electric cars vs the gas oh line cars In the next ten years what the average American drives will be very different than today. Electric cars may phase out gasoline (Gasoline is also known as petrol) in the next couple of decade. Electric cars produce no tailpipe emissions and are much cheaper to fill up than the more common gasoline vehicles. Switching to electric cars will have more benefits than drawbacks in comparison to other fuels such as petrol and diesel. In order to switch to electric
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Introduction and Experimental Goal: An electric field surrounds all electrically charged particles. With electric fields‚ one can determine the effects of all of the charges in the environment. In this lab entitled “Electric Fields and Potential Mapping”‚ the main goal obtained was to examine and deliberate the effects of an electric field and electric potential. Examples of some effects of electric fields include resultant forces‚ changes in motion‚ changes in current flow‚ etc. By using conductive
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