personal duty to conserve energy by reducing daily usage. From the moment we wake up in the morning until the time we go to bed each night‚ we all use different forms of energy to perform our daily activities. On a daily basis I use energy for transportation to commute to and from work and run errands; for cooking meals using either my gas range‚ microwave or charcoal grill; for heating my home in the winter and cooling my home in the summer; for daily showering‚ and for lighting my home in order
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US GOVERNMENT & TRANSPORTATION DEREGULATION 1 US Government & Transportation Deregulation Galang Pham Embry Riddle US GOVERNMENT & TRANSPORTATION DEREGULATION 2 The United States Government played a critical role in the regulation and deregulation of transportation. The US Government first played a role by establishing the Interstate Commerce Commission (ICC) to oversee the railroad industry in 1887. This led to a century of
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Carbohydrate: Ethanol from Sucrose Abstract The purpose of this lab was to demonstrate the fermentation process of ethanol from the substrate sucrose. To make ethanol from sucrose two enzymes invertase and zymase were used. Vacuum filtration and fractional distillation were performed to get a more concentrated solution. The density of ethanol was .825 g/mL with a percent composition of 85% pure ethanol. Introduction
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the Calorific Value of Fuels Aim: To quantify the amount of energy produced by different fuels and to determine which fuel is more efficient (has a higher calorific value). Introduction: The easiest way to achieve our aim is by heating a substance with a known specific heat capacity and using the energy released from burning our fuels. This will give us the value of the heat energy released by the combustion of our two fuels. The chemical reaction for combustion: FUEL + O2
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Dependency of Fossil Fuels The flip of a switch‚ turn of a key‚ or the press of a button is all it takes to power up almost everything today. One simple motion holds the key to our future and unlocks our past‚ but at what price? With sources that were once thought to be endless‚ energy consumption and its byproducts has now become a front runner among debates. A far sight from the campfire and miles away from its full potential what does tomorrow hold for energy consumption and its
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KAAPA Ethanol‚ established in November of 2003‚ has created many new opportunities and jobs for the industry. Scott McPheeters and Shana Dahlgren gave an enthralling presentation of how ethanol system works and the benefits of the country’s adoption of ethanol and its byproducts. Video presentations were able to captivate the audience’s attention while it presented facts about the industry. McPheeters gave the delegates a trivia game to play that was filled with interesting information. He informed
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make their residency here the demand for fuel increases‚ thus‚ causing higher prices for fuel. Gas prices have been increasing at alarming rates over the last five years. There has also been a significant increase in the use of fossil fuels. This year alone‚ gas increased to a whopping $3.21 average in the state of Alabama alone (www.gasbuddy.com). California had the biggest increase going above the $5.00 mark (www.gasbuddy.com). As long as our fossil fuel supplies continue to vanish‚ the price
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various renewable energy sources‚ fuel cell technology has received great attention as an alternative to the conventional way of getting energy due to its high efficiency‚ clean operation and cost efficient supply of power demanded by the consumers. Proton exchange membrane (PEM) fuel cells technology plays a leading role for many applications when comparing with other competitive types of fuel cells. The world is in high demand for clean alternative fuel source and PEM fuel cells could be that change with
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Fossil Fuels Have you ever thought about where your electricity comes from? What the petroleum your car runs on is made of? What produces all the energy you see? Coal‚ oil‚ and natural gas make up the list of major fossil fuels. Almost all energy produced in the United States comes from burning these highly important fuels. That energy powers almost all of our electricity and all of our transportation. We as the people of this very planet are currently in a crisis because fossil fuels are non-renewable;
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enhanced opportunities for intercontinental trade and the economic assimilation‚ enlarged volume of market by making sure that domestic goods are sold worldwide as well as promoting the Just in Time (JIT) production techniques. In the economics of transportation components are delivered when required thus reducing a firm’s stock level therefore saving the unit costs. There is an improved mobility of labor because workers can live many miles from work and commute (young 3-4). Transport infrastructure
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