What Was The Use Of Electric Currents In The 1800's

Tesla won the war over energy because Edison’s direct current died out and became obsolete. However, Edison remained a powerhouse, creating a multitude of patents; meanwhile, Tesla started many projects, but many failed, and he was forced to file for bankruptcy. Also, Nikola Tesla suffered from a mental breakdown during his career and had to temporarily stop working. When Tesla returned, he was never the same. His ideas became more and more crazy and impractical. Meanwhile, Edison remained active, working for the government, but at a slower pace than in his youth. Edison dies in 1931; Tesla passed in

The Railroad and the Pony Express has been the only way to communicate remotely and send correspondence. Joseph Henry and Samuel F.B. Morse would sculpture the future of communication with the invention of the electromagnet and telegraph. Joseph was a graduate of Princeton (Then called the College of New Jersey) as a physicist. The fascination with electricity and magnetism in which he had read reports on from Europe fascinated his desire to research and develop an electromagnet. This shaped our future of electricity as we see it today. With the ability to distinguish between high amperage circuits and high voltage circuits, this laid the baseline for what we know today as “Inductance”. Electrical conductor produces energy by the changing of current or the changing of voltage to produce a strong magnetic force while only using a small battery. By Joseph Henry’s introduction to inductance also paved a path for the invention of electric motors. These advances in technology developed a method for illuminating homes and streets. The use of electricity was spreading almost as fast as the railroad. This improved the lifestyle and functionality of America. (Tindall, Shi

Electricity inspired so many inventions and

While people in Tesla’s time thought he was crazy, today he is remarked as ahead of his time. Numerous people actually thought that Tesla was ludicrous with his inventions because they couldn’t understand what he was seeing and what he was envisioning for the future. He was able to conceive of things that other people weren’t. After the feud between Tesla’s alternating current, which lights up the globe today, and Edison’s direct current, Edison refused to allow the inventor to use his patented light bulb. However, Tesla was able to come up with a new light bulb that solved his problem.

Tesla's AC system eventually caught the attention of American engineer and business man George Westinghouse, who was seeking a solution to supplying the nation with long-distance power. Convinced that Tesla's inventions would help him achieve this, in 1888 he purchased his patents for $60,000 in stock and money the Westinghouse Corporation. As interest in an alternating-current system grew, Tesla and Westinghouse were in competition with Thomas Edison, who was intent on selling his direct-current system to the nation. A negative-press campaign was soon waged by Edison, in an attempt to undermine interest in AC power (Nikola tesla biography,

The types of current technology and their creators, Edison and Tesla, share some differences. Alternating current technology is a constant movement of electric charge that

Thomas Alva Edison, or the "Wizard of Menlo Park" was an American inventor who developed direct current (electric current that runs in one direction). Direct current was the standard in the US in the early years of electricity. One major issue with direct current transmission methods was that direct current was not easily transformed into higher or lower voltages. Meanwhile, Nikola Tesla and George Westinghouse believed in an idea known as alternating current. Alternating current reverses the direction 60 times a second in the US and is pretty easy to convert to different voltages using a transformer. Edison did not want to lose the royalties he obtained from his DC patents, so he started a campaign to defeat Tesla and Westinghouse. He spread

Nikola Tesla developed a more efficient form of electrical transmission, AC. His main competitor and former employer Thomas Edison believed in direct current transmission systems. Tesla's AC system allowed people to manipulate the voltage of the current by using a transformer. Tesla and George Westinghouse set up a power station at Niagara Falls and the electricity traveled more efficiently than direct current. Tesla's new electrical systems and inventions revolutionized technology in the late 19th century and early 20th century. The Tesla coil that he had developed was being used in early forms of telegraphy and radio antennas. He also experimented with radio transmissions, which greatly impacted that time period because his experiments formed

Since electricity is a natural force it didn't have to be invented. It did have to be discovered and understood. Most people give credit to Benjamin Franklin for discovering electricity from his experiment when storm clouds transferred to the kite and electricity flowed down the string and gave him a shock. He's lucky that he didn't get hurt, but he didn't mind the shock since it proved his idea. But was Benjamin Franklin really the first person to discover electricity? Maybe not! At the turn of the 17th century, English scientist William Gilbert established the science underlying the study of electricity and magnetism. Inspired by Gilbert's work, another Englishman, Sir Thomas Browne, made further investigations and wrote books about his

Through connections, I made my way to America where I met Mr. Thomas Edison himself. He was a brilliant man who did not like my invention of alternating current. It was not that he had anything against AC; I just know that he did not want to change all that he had already created. Nonetheless, he hired me and had me work on improving many of his DC creations. Our business relationship did not last long. From my work with Thomas, I can say that I gained confidence because my inventions were much more advanced than anything he had created. When I began working for Thomas, he promised to pay me $50,000. When I finished, he did not pay me and claimed that I did not understand his “American humor.” I quit my job and continued on in

Tesla went to work for Westinghouse and helped him eventually win the battle for electrical power distribution in the US and elsewhere. Edison was hell-bent to electrify everything with DC, but found that it was very inefficient and required more generating stations over shorter distances. But AC — with its ability to be stepped up in voltage by a transformer — could be transmitted efficiently over very long distances then stepped back down to usable levels where it was to be used.

The late eighteenth and early nineteenth centuries in Europe were an explosion of modern advancement as the Industrial Revolution took hold. The development of large industrialized cities brought about a change in attitude regarding progress that allowed modern scientists to look further into nature for solutions to everyday qualms. At the forefront of the innovational age was the discovery of electricity and the beginning of its experimentation for both practical and scientific purposes. Concepts similar to electricity had been debated in ancient societies, however the human mind was never able to capture it until the beginning of the nineteenth century. Experimentation with electricity caused controversy throughout Europe as results came

As a result of this, Tesla branched off and began to promote his invention of AC (alternate current) electricity, which was clearly superior to direct current electricity in every way. (Kosanovic 1) The voltage in an AC system could be easily manipulated with a device called the transformer, while the voltage in a DC system was often very weak, and could not be easily altered. (Kosanovic 1) Tesla and Edison eventually became adversaries in the “War of Currents”, where Tesla and his partner, George Westinghouse, fought against Thomas Edison and his partner, Harold Brown, to make AC electricity the primary form of electrical distribution in the United States. (Krystek 3) After Edison began to lose the war, he decided to unite with the General Electric Company. (Krystek 3) Tesla and Westinghouse also would

Originally electricity and magnetism were thought of as two separate forces. This view changed, however, with the publication of James Clerk Maxwell's 1873Treatise on Electricity and Magnetism in which the interactions of positive and negative charges were shown to be regulated by one force. There are four main effects resulting from these interactions, all of which have been clearly demonstrated by experiments:

Thomas Alva Edison possessed a unique intellectual toolbox. His tool filled mind provided a plethora of unconventional methods which enabled him to succeed. At an early age, Edison learned that he could manipulate people, sometimes by withholding the truth to avoid confrontation (Conot 5). Likewise, he would unconventionally manipulate his experiments or audience to achieve an anticipated result (Unconventional Tactics…). A perfect example is the time Edison publicly executed an elephant, named Topsy, in an aggressive effort to maintain success. In the early 1900’s, the standard for electricity known as direct current (DC), invented by Edison, reigned supreme. This invention consistently generated Edison a substantial amount of revenue for discovering it. The reason Edison went to the extremity of electrocuting an elephant was to both demonstrate a point, but more importantly, vanquish his two rival innovators, George Westinghouse and Nicola Tesla. The two rivals posed a great threat to Edison’s monopoly and an even greater threat to his rising popularity. Their weapon of choice? The newly discovered form of electricity called alternating current (AC) (Long). Edison argued that their AC would be infinitely more dangerous to use than his DC, but more importantly, he feared mankind would begin a conversion towards AC (Chandler). In a desperate and very unconventional attempt to discredit his two rival innovators and their form of electricity, Edison released 6,600 volts of