Electric cars vs hybrid cars Research Paper Example | Topics and Well Written Essays - 1250 words

Electric cars vs hybrid cars - Research Paper ExampleThis paper analyses the advantages and disadvantages of galvanizing car and hybrid cars as a move to master the rate at which CO2 is emitted in the atmosphere, and explains the reasons as to why hybrid cars are preferable than electric cars.First, what is an electric car? An electric car is powered or propelled by an electric motor that is powered by a rechargeable battery pack. These batteries nooky be recharged by household electricity. These cars do non use gasoline, instead they get their power from a controller which regulates the amount of power based on the acceleration rate (Electric Cars a definitive guide, n.d).Electric cars are environmentally friendly because they emit less or do not emit carbons than their counterparts that use gasoline but they do use rare metals that are used in manufacturing their batteries. This means zero emission of carbons to the environment they do not contribute to climate change like tho se vehicles that use gasoline. In addition, electric cars do not use fossil renders they do not accommodate internal combustion engines because they completely depend on rechargeable batteries. Furthermore, when the engine of an electric car is on, there is no noise as compared to gas-powered vehicle therefore giving people a quiet ride. Further, the silent nature of electric cars makes them not associated with the issue of noise pollution (Advantages and disadvantages of electric cars, n.d).Another, advantage of electric cars is that they reduce air pollution since they do not emit pollutants. Furthermore, they have reduced green house gas emissions from the onboard source of cypher depending on the technology and fuel used for generation of electricity to charge the batteries is clean (Electric cars a look into the future, n.d).In addition, there advantages of electric cars is that they have high energy efficient level since electric motors have the capability to convert 75% o f the chemical energy from the