volt project? The trends in the external environment that favored the pursuit of the Chevy Volt project are surging oil prices‚ Telsa Motors introducing their lithium ion sports car to the market‚ increasing concern for global warming which may lead to tighter regulations designed to limit carbon emissions‚ the costs of manufacturing lithium ion batteries was falling‚ and Toyota’s best selling hybrid called the Prius. The rise of oil prices leads to increased gas prices and as a result consumers demand
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A battery‚ which is actually an electric cell‚ is a device that produces electricity from a chemical reaction. In a one cell battery‚ you would find a negative electrode; an electrolyte‚ which conducts ions; a separator‚ also an ion conductor; and a positive electrode. Batteries are made of magnesium dioxide‚ graphite‚ electrolytes‚ zinc oxide and a paper soaked in an electrolyte solution. All of this is sealed in a insulated tube for safety. http://answers.ask.com/consumer_electronics/other/what_are_batteries_made_of
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contrasted to other methods of generating the product. The most common reaction that would mimic the reduction taking place in this experiment is hydride addition using sodium borohydride‚ NaBH4. Normally an alternative to this oxidizing agent would be lithium aluminum hydride‚ LiAlH4‚ however this reagent would also react with the ester portion of our starting reagent. The effect of reducing the ketone via hydride addition is that product is entirely a racemic mixture (McMurry 696). After the initial reaction
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-The cost of Manufacturing lithium ion batteries was falling and new technology make them more powerful -Demand for fuel efficient car like Prius (Toyota) that utilize new battery technology What impediments to pursuing this project do you think existed within GM? -GM already spent a huge investment in developing fuel cells -Many decision makers in GM didn’t want to suddenly switch gears and focus on lithium ion batteries instead -Technology in a large lithium ion battery production was difficult
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Volt. 2. The trends in the external environment that favored the pursuit of the Chevy Volt project are surging oil prices‚ Telsa Motors introducing their lithium ion sports car to the market‚ increasing concern for global warming which may lead to tighter regulations designed to limit carbon emissions‚ the costs of manufacturing lithium ion batteries was falling‚ and Toyota’s best selling hybrid called the Prius. The rise of oil prices leads to increased gas prices and as a result consumers
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Lecture 14 Reduction Reactions 2.1.1 Lithium Aluminum Hydride (LAH) 2.1.1.1 Introduction Lithium aluminum hydride (LAH) is a strong reducing agent with chemical formula LiAlH4. It can reduce a variety of functional groups such as aldehydes‚ esters‚ acids‚ ketones‚ nitriles‚ epoxides and azides. It vigorously reacts with water and all the reactions are performed in polar aprotic solvents. 2.1.1.2 Preparation It was first prepared by treating lithium hydride (LiH) with aluminum chloride (AlCl3)
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Electric Vehicle Electric vehicles use electric motors to drive their wheels. They derive some or all of their power from large‚ rechargeable batteries. All-electric EVs‚ where the battery is the only power source. Most current (non-luxury) models have a quoted range of 80-120 miles (130-190 km). In practice‚ range varies according to driving style‚ terrain and the use of auxiliary equipment such as heating/air conditioning. Electric Vehicle Component Type of Electric Vehicle Battery electric
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disposing of such NiCd batteries. It was for this reason and others that there was a move from NiCd batteries to Lithium ion batteries at the beginning of the 21st Century. The main advantage of using Lithium ion batteries is the dramatically shorter charging time and the longer lifespan. Lithium ion batteries also make the drill much more versatile because; unlike NiCd batteries‚ Lithium ion batteries have a constant discharge rate. The year 1917 marked the beginning of the designs we see today.
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slowing down‚ you’re charging up. The Nissan LEAF® gets the equivalent of 130 miles per gallon. That’s right‚ 130 miles per gallon. [*] How does it achieve these remarkable numbers? With a 100% electric drive system powered by an advanced rechargeable lithium-ion battery‚ and nine range-maximizing features that help you go farther on every charge. With the convenience of your own home charging station‚ you can plug-in your Nissan LEAF® overnight—just like you would with your cell phone—and you’ll be
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Volt project? The trends in the external environment that favoured the pursuit of the Chevy Volt project are surging oil prices‚ Telsa Motors introducing their lithium ion sports car to the market‚ increasing concern for global warming which may lead to tighter regulations designed to limit carbon emissions‚ the costs of manufacturing lithium ion batteries was falling‚ and Toyota’s best selling hybrid called the Prius. The rise of oil prices leads to increased gas prices and as a result consumers
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