Compare Nikola Tesla And George Westinghouse

Tesla specialized in electricity and invented the type of electricity we all use today, alternating current (AC).. “Tesla designed the first AC motor in response to Edison’s offer of $50,000 if he could improve his DC motors. Tesla took the offer and came up with his brushless AC motor. Edison, not fond of AC, laughed at him for not understanding his offer was a joke and nothing could beat DC current. Tesla quit and started working in the railroad industry.” (youtube.com, ColdFusion). Tesla wasn’t making a lot of money, but one person had faith in him, Westinghouse. “Tesla has already filed patents for his AC current and Westinghouse purchased Tesla’s patents for $60,000 cash.” (biography.com). This put Tesla and Westinghouse in competition with Edison for the problem of long distance electricity (DC required numerous transformers and plants to keep the voltage up, AC didn’t have this issue). Edison knew AC was superior and was going to do whatever he could to get the publics opinion and interest against it. The war was

Shortly after, the promotion of power grids swept larger cities, in order to be able to use the light bulb, Edison needed support from large grids spanning over the entire country. But Edison’s design was flawed, he was using DC, or direct connect as his main source of power, which only provided electricity over short distances. Where in Europe, people began using a different way of transferring electricity, AC, or alternate connect routes. George Westinghouse, Edison’s rival, adopted and improved on this new technique, eventually setting up his own electric network. This new network would eventually beat Edison, and by the early 1890s, AC became the most used method of transferring electricity.

George Washington Carver and James Clerk Maxwell, where two very influential scientist of the 1800's. For example George W. Carver being the first African American person to go to Iowa State University, and James C. Maxwell being a major factor to electricity.These scientist both did something beneficial for society now and before. But what lead them up to this point? What type of environment where these scientist born into? What caused them to pursue a career in science? How did they get their education, who taught them? There are many questions and, comparisons and differences about the two scientist.

With his inventions and ideas, Nikola Tesla was able to change both the United States and the World. Through hard work and many sleepless nights, Tesla was able to create a cheaper yet efficient electricity supply system, which relied on Alternating Current (AC), that would become the main supply system in America over rival Thomas Edison’s then popular supply system, which relied on Direct Current energy (DC), in the 1890’s. Some of his inventions and ideas, such as the Tesla Coil, and the idea of wireless communication, gave way to the invention of many other modern inventions, such as the radio, X-ray, and the cell phone. If it weren’t for Tesla, we wouldn’t have had the superior technology we use today, or probably even Wi-fi. Nikola

With his first showing of his product in the books he had hundreds of people and communities wanting his stronger Alternate Current electricity. Finally, after a few months of back and forth Tesla had taken a lead on Einsteins Direct Current electricity

Tesla explored many things, the one he is most famous for is finding a way to transmit electricity wirelessly to the entire world. This plan and design actually worked except the fact Thomas Edision despised his plans and put a stop to it. The pro would be Free energy for everyone on earth... The downfall of course would be energy and electric companies making no money, and

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

Imagine a world with a power-plant every two miles, a massive amount of wiring and overall more expensive power. This was the world that Thomas Edison envisioned for the world when he wanted to introduce Direct Current into the United States, but many knew this was an inferior system in comparison to Alternating Current. Nikola Tesla was the man who made AC power possible in the United States, and efficient power possible. Nikola Tesla indeed changed the world with his influence as an inventor and discoveries in the field of electricity. Tesla indeed changed the world through his inventions and was also an extremely interesting human being.

It is really big giant system. A Tesla coil is an electrical resonant transformer circuit is used to produce high frequency alternating-current electricity. Tesla experimented with a number of different configurations consisting of two, or sometimes three, coupled resonant electric circuits..

The success done by Thomas Edison lined up the competitor, who were shocked by the great invention of Thomas Edison. The biggest competitor to Thomas Edison Company was George Westinghouse and his company which patented a new technique to deliver electrical power through long distances. George Westinghouse noticed that Edison low voltage DC motors were not able to transmit the electrical power effectively for more than half a mile [1]. The efficiency of DC generators was not effective to transmit the electric power to long distances because of the high impedance and the resistivity of the wires. In 1982, one of the world's true eccentric geniuses, Nicola Tesla, traveled from Austria to solve the problem of the DC generators by using AC motor design. However,

Let there be no doubt in history: Nikola Tesla was indeed a brilliant inventor. He invented many things that changed the lives of almost the

In 1895, Tesla’s lab burned down with fire, when he was ready for transmitting radio signal that could have covered 50 miles to the West Point in New York(2), further destroying all of his works. During the same period Guglielmo Marconi, in England, was working to register his patent of wireless telegraphy. And he was granted a patent within the year 1896 for his creation. Though the device he developed cannot transmit over long distances, Tesla used multiple circuits in his device that is why the signals could transmit over longer distances.

he stayed from May 1899 until early 1900, Tesla made what he regarded as his

Nikola Tesla is regarded as one of the most brilliant inventors in history. His work provided the basis for the modern alternating current power system, as well as having developed both radio and the fluorescent light bulb. He worked with Thomas Edison and George Westinghouse, among others. He was also widely misunderstood by his peers and the public at large.

In this remarkable discovery of the "True Wireless" and the principles upon which transmission and reception, even in the present day systems are based, Dr. Nikola Tesla shows us that he is indeed the "Father of the Wireless."The most well known and famous Tesla Tower was designed and constructed mainly for wireless transmission of electrical power, rather than telegraphy. The most popular concept known is Tesla Theory in which it was firmly believed that Wardenclyffe (see fig 1.1) would permit wireless transmission and reception across large distances with negligible losses. In spite of this he had made numerous experiments of high quality to validate his claim of possibility of wireless transmission of electricity. But this was an unfortunate incidence that people of that century was not in a position to recognise his splendid work otherwise today we may transmit electricity