There's a lot of buzz going on about electric cars and it seems like every hipster and eco nut trying to save the environment but do you truly know what it takes to get them on the road. The process to make the batteries is a truly dirty process and it pollutes the air. Most electric cars that are available to the general public are very expensive and most of them do not have a very far range. Somewhere between a 20-270 mile range. Also you need to live somewhere there are the charging stations or have one put in at your home. Electric car are not yet ready for it to be a practical source of transportation.
First off, let me tell you how much the average electric car costs. The cheapest electric car it is around 40,000 dollars according to cars direct The Volt is a little closer to the reasonable price range for many people at $32,500. Of course, with the lower price comes lower performance. The Volt has an electric range of 50 miles. That is respectable, and some of the highest out there, but it is nowhere near the Tesla models. The Volt can still get you many places without using any gas. When it does use gas, the fuel economy is 150 miles per gallon. That is almost double the price of a brand new gasoline powered sedan and with that gas vehicle you can drive it more than 100 miles.
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The batteries are large and full of acid making them potentially deadly. How stuff works science experts say I agree that the battery building process is dirty and is not environmentally friendly. The battery building process is the worst part of building the car for the environment. 20 to 30 percent of the pollution that comes from the battery building process. According to How stuff works science article.Toyota admits that the production of its lightweight Prius requires more energy and emits more carbon dioxide than the production of its gas-only
Diesel Mechanic Becoming a diesel mechanic is an extremely rare and overlooked career path. Not everyone is cut out to be a diesel mechanic; it is a very dirty, hands-on job. However, it does not require any book sense. It is simply the understanding of an intricate diesel engine. Being a diesel mechanic is a rewarding career that is a vital part of maintaining much of America’s transport.
There has always been those certain environmental people that say that diesel trucks are bad for the environment. What those people do not usually know is not surprising to anyone that knows a diesel engine. The only thing that they know to say is "that black stuff that comes out of the truck when they "roll coal" is bad for the environment. A diesel has many different ways that make it a better vehicle.
Gasoline and diesel are fossil fuels and aren 't infinite. Battery electricity are better, they don’t pollute and don 't burn fossil fuels. Instead of having a gas tank and having to fill it up at a gas station, these cars have batteries in their place and can be recharged with a larger charging station and needs 220 volts. The recharged batteries stay charged until the car is driven. Some people say that battery powered cars are slower, but it isn’t by much and battery powered cars think is worth slowing down a little if it means saving the planet.
This is all because of global warming, and if we start switching to electric cars, we could make a big difference and maybe, just maybe the effects of global warming will decrease. If they don’t, sea-levels could rise and flood certain areas of the world. Secondly, electric cars, ironically, use less energy than gas cars to move
In the Next 20 years the only vehicle that will be on the road will be self driving . As more people become aware of and use the new technology of self driving vehicle, one day that will be the only type of vehicle on the road. People will realize how much time it saved them and their families. The idea of of a Self Driving Vehicle started as early as 1950’s by Walt Disney, in his movie Magic Highway USA showed cars driving by themselves on the roads.
First of all, let’s talk about the environment. I’m sure you all know about greenhouse gases and global warming, so I won’t talk much about that, but you may not know that road vehicles produce 10% of all man-made greenhouse gas emissions. This does include vehicles other than cars like trucks, but Tesla just came out with an electric truck which is faster and can carry more weight than any petrol/diesel truck. Greenhouses gases carbon-dioxide and methane have hit their highest levels in the past 420,000 years, and the extent of arctic sea ice has declined about 10% in the last 30 years. This is all because of global warming, and if we start switching to electric cars, we could make a big difference and maybe, just maybe the effects of global warming will decrease.
According to the conserve-energy-future, Electric cars are Safe to drive. Electric cars undergo same fitness and testing procedures test as other fuel powered cars. In case an accident occurs, one can expect airbags to open up and electricity supply to cut from battery. This can prevent you and other passengers in the car from serious injuries. (Transition: When Engineers feel they have achieved major objectives, less pollution becomes the major goal of their
Self-driving cars will not only revolutionize driving, it will change the way humans currently live their lives. Hod Lipson and Melba Kurman in their book, Driverless, state that “In the coming decade, self-driving cars will hit the streets, rearranging established industries and reshaping cities, giving us new choices in where we live and how we work and play.” (Mrs. Heyne – this is in the summary of the book, what should I put here as a page number?) Self-driving cars aren’t science fiction anymore, they are real, and they will be purchased by consumers in the millions within the coming decades. Autonomous cars are proven to be safer, and much smarter than manually-driven cars.
The Guardian, Guardian News and Media, 24 Aug. 2017, www.theguardian.com/sustainable-business/2017/aug/24/nickel-mining-hidden-environmental-cost-electric-cars-batteries. Gardiner, Joey. “The Rise of Electric Cars Could Leave Us with a Big Battery Waste Problem.” The Guardian, Guardian News and Media, 10 Aug. 2017, www.theguardian.com/sustainable-business/2017/aug/10/electric-cars-big-battery-waste-problem-lithium-recycling.
A lot of people love to hear about energy efficient and environmentally friendly options out there. The electric vehicles today serve great benefits in keeping emissions down and using a more friendly alternative energy source. In my opinion they have made an impact on the environment, but a major benefit in using this alternative resource is less cost to fuel the vehicle. Gasoline is very expensive today, and using the energy that is used to power our home, is much less expensive and more available than gas. The environment, as claimed by environmentalists, suffers due to the emissions of automobiles today.
The advancement of automobiles over time has directly affected the advancement of society as a whole. Society relies intensely and increasing on private motorized transport, vehicles are expected to become safer, more luxurious and powerful. These expectation, however do not take into account of the ensuring consequences such as greater emissions of air pollutants and greater exposure of people to hazardous pollution that causes serious health problems. All the evidence points to the magnitude of these adverse effects on health and to the need to identify solutions that both reduce risks to health and meet the requirement for mobility. This creates a major challenge to the governments, public health organizations, environment authorities and most importantly to the design engineers.
Hybrid vehicles, or more specifically hybrid-electric cars, have been the centre of debate since the premier models made their debut back in the 1990s. Environmental activists have been quick to advocate the perks in terms of reduced emissions of greenhouse gases. On the other hand, critiques argue if the costly hybrid technology is worth the savings in fuel cost over the long-haul. Hybrid vehicles use two or more distinct power sources that work in tandem in order to create power. While there is a wide assortment of vehicles that run on hybrid power sources today, cars enjoy the most popularity among consumers.
There are numerous reasons to why electric vehicles are safer, and I’ll name the common ones. Some of us here are already able to drive but you might’ve not thought of “explosion” when driving a car or being in a car because it doesn’t happen commonly though it is something significant to be aware of as it could happen. What is the reason for explosion of motor vehicles? Well simply because motor vehicles have internal combustion engines as the engine utilises petrol or diesel which are flammable and toxic if there is a source to start the ignition. What’s best about electric vehicle is the safety system for detecting and warning the driver to stop and exit the vehicle.
In the world, people have many hobbies and interests, being a car enthusiast is one of them. There are many stereotypes and misconceptions against car enthusiasts due to the lack of knowledge non-car enthusiasts have. Being a car enthusiast is not only admiring cars, but also having an interest to do what you want to with your car, such as driving. Whether you want to drag race, race on the track or go off roading, a true car enthusiast sees the beauty in cars whereas other people would just see a normal car. Car enthusiasts find the beauty in cheaper cars where they could mod their car to their desire.
but it’s hard to make it happen and make everyone to use it because it run slower and few distance than normal car. Now a day fuel is more expensive and most making carbon dioxide in human activity [ 1] and electric car is developed enough to run on the road like normal car that we can see on the road. Thesis Statement: The Electric car have several features that make it as the future of every car. Body1 Topic sentence: Electric car did not make pollution. Support idea: zero pollution Support detail: It use electrical energy instead of fuel that not making carbon dioxide to the air or any pollution to the nature.