Palaschak Evan Richard
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The document discusses and compares different alternative fuel vehicles: ethanol cars, solar cars, and hybrid cars. It provides pros and cons for each type of vehicle. Ethanol cars can run on ethanol made from plants and are better for the environment, but ethanol production may increase food prices and require more land clearing. Solar cars produce no emissions but are dependent on sunlight and have no power for amenities. Hybrid cars have better gas mileage and fuel efficiency than conventional cars but may have slightly lower actual mileage and higher upfront costs.
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This document discusses the history and structure of electric cars. It notes that electric cars were popular in the late 19th century but lost popularity to gasoline cars in the early 20th century. The main components of electric cars are the electric motor, batteries, and electric controller. Electric cars have advantages like lower emissions and fuel costs but higher purchase prices and longer recharging times compared to gasoline cars. The document concludes by advocating for greater adoption of electric cars to help the environment.
Air powered-car
This document describes an air-powered car developed by Guy Negre as an alternative fuel vehicle that reduces pollution. It consists of air tanks that store compressed air, a chassis made of aluminum rods, air filters to clean the air, and a 1200cc engine that runs on compressed air. The car is lightweight, produces less emissions than gasoline or electric cars, and can supplement its air fuel with gasoline when traveling over 60 kph. However, it requires electricity to compress the air and makes noise during operation. Overall, the document argues that air-powered cars provide a practical solution to urban pollution problems.
Hybrid Cars Presentation
Hybrid cars produce significantly fewer greenhouse gas emissions and are more fuel efficient than normal gasoline-powered cars. While they have higher upfront costs, hybrids have lower maintenance needs and can save owners money on fuel and oil changes over time. One disadvantage is that the batteries are difficult to dispose of safely when no longer usable. The document surveys public opinions on hybrid cars and identifies advantages like reduced emissions and costs, as well as challenges around battery disposal and higher initial prices.
Electric vehicles
This document discusses electric vehicles, including their history, components, operation, advantages, disadvantages, and challenges. Some key points include:
- Electric vehicles help reduce dependence on foreign oil and gasoline, a scarce resource, while producing less pollution than gas-powered cars.
- Components include batteries, charger, motor, controller, and converter. Cars are powered by and recharged from electricity stored in batteries.
- Advantages are lower emissions, fewer moving parts, fuel flexibility, energy independence, and cheaper fuel costs compared to gasoline. Disadvantages include limited range and longer recharging times.
- Key challenges are high battery costs and need for more widespread charging infrastructure. Electric vehicles may help address
Alcohol (ethanol) as Alternative fuel for ic engine
Due to decrease in fossil fuels,the increasing demand of alternatives has increased. one such alternative is ethanol
Hybrid Cars.pptx
Hybrid cars run on both an electric engine and a gasoline engine. When the car starts, only the electric engine is on, and when driving the gas engine turns on to provide extra power. As the car slows down, the gas engine turns off and energy from braking is stored in the battery to power the electric motor. Popular hybrid models include the Toyota Camry Hybrid and Toyota Prius, and Ford Fusion Hybrid. While hybrids have advantages like lower emissions and fuel costs, disadvantages include higher purchase prices and lack of mechanic training on their systems.
Green engine
The document summarizes a technical seminar presentation about a green engine. It describes the green engine as a pistonless, six-phase engine that has high efficiency of up to 65% and nearly zero exhaust emissions. It works differently than a conventional engine by having six phases instead of strokes and lacks pistons. The green engine offers benefits over conventional engines like lower weight and size, ability to use multiple fuels, reduced emissions and noise, and higher efficiency. Its applications include use in automobiles, generators, and other machinery.
Current status of the electric car
This document summarizes the current status of electric cars. It discusses their advantages such as reduced emissions and cheaper operating costs compared to gas vehicles. However, it also notes challenges like high battery costs, limited driving range, and lack of charging infrastructure. Major automakers are working to develop more affordable electric models to help overcome these issues and meet fuel efficiency standards. The future of electric vehicles depends on continued innovation to address costs and driver acceptance of the technology.
Ethanol
The document discusses ethanol as an alternative fuel. It notes that the US is heavily dependent on fossil fuels and ethanol can help reduce greenhouse gas emissions. Ethanol is made from plants like corn and wheat. It has advantages like being cleaner burning and potentially cheaper than gasoline. However, it also has disadvantages like requiring more energy to produce and lack of infrastructure for E85 fueling stations. The document also warns that using ethanol in unmodified vehicles can cause damage.
Why united states automakers should change
The document argues that a complete overhaul of the US vehicle fleet to hybrid vehicles is the best option to reduce greenhouse gas emissions. It notes that over 250 million vehicles in the US rely on gasoline combustion engines. While biofuels and electric vehicles are presented as alternatives, biofuels are costly and electric vehicles require entirely new infrastructure. Hybrid vehicles, which combine gasoline and battery power, offer significant fuel economy and emissions benefits compared to gas-only vehicles, with only a modest additional cost. As the existing energy system is built around fossil fuels, hybrids provide a practical transition path using current infrastructure.
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oumh2103 english for science and technical purposes
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Alcohol (ethanol) as Alternative fuel for ic engine
Alcohol (ethanol) as Alternative fuel for ic engine
Palaschak Evan Richard
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