the production of energy from the sun and the shine from stars we see in the night sky. On the other hand‚ nuclear fission is the process where one atom is split into two. Man made nuclear fission involve a nuclear reactor to split the nuclei of uranium atoms thus releasing large amounts of energy in the forms of heat and radiation. Nuclear energy has many uses such as powering nuclear submarines‚ desalinating water and generating heating systems but the most important is making electricity. Currently
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accidents the first in Japan where a reactor melted down spreading into the sea‚ and second Chernobyl which has been covered briefly already. Dirty Bombs are the fear of many people. These bombs are different in a few ways to normal nukes. The Uranium is not fully enriched‚ second they used normal explosives instead of using fission like a normal Nuke‚ and finally the bomb throws radioactive waste. Nuclear
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Assignment 4: Bataan Nuclear Power Plant The Bataan Nuclear Power Plant (BNPP) is located in Morong‚ Bataan and was constructed under the administration of President Ferdinand Ferdinand Marcos during the Martial Law period. Westinghouse was contracted to build the light water reactor‚ deign to produce 621 megawatts of electricity. This power plant was constructed under loan $600 million for two units but controversially it ballooned up to $2.3 billion. After The Marcos’ was thrown to Hawaii‚ the
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Solar and wind energy depend on the weather conditions (“Nuclear Energy”‚n.d.). They cannot produce energy at any time. On the other hand‚ there is enough uranium for nuclear power for another seventy to eighty years(“Nuclear Energy”‚ n.d.). Also‚ nuclear reactors can produce energy without interrupting even for a year due to its working process mode (“Nuclear Energy ”‚ n.d.). Moreover‚ the nuclear plants need
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Uranium 1) Where is this substance most likely found and how abundant is it? It is found within the Earth’s crust‚ also found in rock‚ soil‚ rivers‚ and oceans. It is believed to be available for at least the next 85 years‚ U-238: 99.27 U-235: .72 U-234: 0.0055 2) What type of decay does this substance undergo and how harmful can it be to those exposed? The U-235 undergoes nuclear fission The U-238 undergoes alpha decay The U-234 undergoes alpha decay If you are exposed to uranium the
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An Argumentative Essay “Use of Nuclear Energy: Safe or Not?” 23 Aug Most countries today are becoming more and more dependent on nuclear power as a source of energy because of its high energy output and the availability of uranium used for fuelling nuclear reactors that generate power to provide electricity in households. Although using nuclear power as a source of energy has benefits like this‚ the danger posed by using nuclear power is very eminent. This was demonstrated in the recent Fukushima
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could be used to control electricity supply and may be intentionally initialize a core meltdown that could devastate a lot of people. Uranium that is needed for processing of nuclear energy could be depleted. Uranium is not a renewable and because of the use of nuclear power plants‚ uranium could be depleted faster. Depending on the actual demand for uranium‚ uranium could be depleted in 30 to 60 years‚ and after that nuclear power plants will stop operating or would need to find an alternative for
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Nuclear power‚ or nuclear energy‚ is the use of exothermic nuclear processes carried out in controlled manner‚ to generate useful heat and electricity. Nuclear power works by using the energy from nuclear fission or fusion to generate heat. At the moment‚ nuclear fusion is still a subject of intense research and not used in production which is a pity. Nuclear fission is basically what is happening in a reactor. Radioactive elements have unstable nuclei and they are constantly going through random
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of uranium used is both a lot and risky. In addition‚ the majority of the countries use nuclear energy‚ which can cause potential danger to the country and its people. Although nuclear energy produces nuclear fission‚ which does not release carbon dioxide‚ but releases steam‚ as well as producing more electricity than renewables like solar and wind‚ nuclear energy can‚ as well‚ impact the environment in negative ways. According to the discovery website‚ nuclear energy requires uranium‚ which
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(X-rays) and which was accompanied by a type of phosphorescence in the vacuum tube. He had inherited from his father a supply of uranium salts‚ which exhibits phosphorescence upon exposure to light. When the salts were placed near to a photographic plate covered with opaque paper‚ the plate was found to be fogged. The phenomenon was found to be common to all the uranium salts studied and was concluded
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