The Chemistry Of Batteries
People use batteries in their everyday life without thinking of theirimpact. Batteries help us get around, keep in touch, have fun, and tell the time. They do this by powering our cars, cell phones, pagers, portable CD players, watches and many other useful tools. They can even save our lives by powering things like smoke detectors, carbon dioxide detectors and glucose meters. In this term paper I will discuss how batteries function, what types of batteries exist, what gives them their power and many other The battery, also known as an electric cell, is a device that converts the energy from chemicals into electricity. Chemical reactions that are able to produce electrons are called Electro-chemical reactions. A battery basically consists of two or more cells that are connected in a series or parallel. All cells are made of a liquid, paste, or solid electrolyte and a positive electrode, as well as a negative electrode. The electrolyte works as an ionic conductor, this causes one of the electrodes to react. This reaction produces electrons while the other electrode accepts the electrons. Every battery has two terminals, one positive and the othe
granted. Batteries will continue improving the quality of our lives. Research is currently being done on the possible use of organic chemicals which can be reconstituted when an electric current is passed used today. Primary cells were invented by the French chemist Georges continually exploring different ways to make batteries. There is now more hydride cell, the cadmium negative electrode is replaced with a complex
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Approximate Word count = 1387
Approximate Pages = 6 (250 words per page double spaced)
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