electric cars and gasoline-powered cars
Unlike gas cars that have high environmental emissions, electrics cars produce fewer emissions. Electric vehicles do not have exhaust pipes that emit harmful gases into the environment. Electric cars emit only half the amount of well to wheel emission that a gas-powered vehicle produces. The gas-powered cars are one of the major emitters of greenhouse gases that are dangerous to the Ozone layer. Electric cars depend on renewable sources of energy, which cannot be entirely exhausted. In contrast, gasoline-driven vehicles depend on fossil fuels, which have a limited deposit, and its exhaustion is unavoidable.
Additionally, electric cars and gasoline-powered cars differ in the distance the two cars can cover while on full power. Electric vehicles can cover distance ranging between 60 and 120 miles per charge. The batteries in electric cars do not last long, and often a driver is required to charge within intervals within a journey, which is sometimes inconvenient. For comparison, a gasoline vehicle can cover up to 300 miles on a full tank.
Furthermore, unlike gas cars that have a high center of gravity and are sometimes considered unsafe, electric vehicles are considered the safest. Electric cars have a lower center of gravity than gas cars. Hence, they tend to stay upright during an accident. Electric vehicles also have lower chances of catching fire in case of an accident. The vehicles have no flammable fluids as compared to gasoline-powered cars, which can easily ignite and cause fires.
Lastly, electric car differs with gasoline cars in support infrastructure. Electric vehicles have resurged in the wake of climate change debate and hence are not still very popular in many countries. Thus electric cars have no established reliable infrastructure support systems such as charging stations or mechanical engineers who have the technical know-how to repair the vehicle. For comparison, gasoline cars have been around for over 100 years. They hence have the necessary usability support such as numerous gas stations and many mechanical engineers to handle the vehicle in case of repairs.
Even though electric and gasoline-powered vehicles have the primary purpose for transportation, they have many differences along with similarities. Electric and gasoline cars contrast in their engine function, number of car components, maintenance, support structures, and mileage coverage. However, electric and gasoline vehicles remain similar in their body looks, interior design, carbon emission challenges during production, and their primary utility.