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Othello and Cymbeline
Othello was a play by Shakespeare. He wrote it about a "mercenary" who thinks that his wife is not faithful. Othello is the main character in Othello, who likes his wife but then, by the end of the play, most decidedly does not like her. In fact, he kills her when she's sleeping, but afterwards when she wakes up, she dies. Cymbeline is not about Othello, but it does have some of what I like in Othello in it. Here's what it has that's the same: Posthumus is like Othello. He thinks his wife is Innogen who has been cheating on him but she didn't. He tries to kill her, but he can not because Innogen is disguised as a man, so she escapes from being killed. I liked the way how in Cymbeline Innogen doesn't die, which is the same as not liking when Desdemona dies in Othello. She almost dies but in the end it's revealed that she doesn't.
Othello, the main character in Othello, thinks his wife is unfaithful becuse Iago, his friend, tells Othello that Desdemona, Othello's wife, has not been faithful. This is where everything goes crazy. He believes Iago, who is not telling the truth, but he believes him anyway. He kills Desdemona after going crazy and Iago kills Cassio, the character Desdemona is not unfaithful with but Othello thinks she is. In the end, they don't live except for Cassio. Othello kills himself, representing the way he ends his own life. As Othello says in the end, " . . . I die . . ." (5.2.64).
Cymbeline is a story close to Othello but different because everyone lives. Posthumus lives, Innogen lives and yes, even Cymbelinel, lives. The Queen does not live, but the reason she does not live is that she is evil, like her son CLoten who doesn't live either. He is beheaded Innogen finds him. What I think about everyone living except for the bad characters is that Shakespeare seems and tends to kill off the evil characters while he keeps the good ones alive. This is different from Othello because Othello dise and Desdemona dies too; she is not evel even though Iago says she is. I think Shakespeare is more right in Cymbeline where only the bad characters die because in that play they get what's coming to them.
In addition to the potential dangers of accidents in generating stations, nuclear waste is a continuing problem that is growing exponentially. Nuclear waste can remain radioactive for about 600 years and disposing these wastes or storing them is an immense problem. Everyone wants the energy generated by power plants, but no one wants to take responsibility for the waste. Thus far, it is stored deep in the earth, but these storage areas are potentially dangerous and will eventually run out. Some have suggested sending the waste into space, but no one is sure of the repercussions.
Thanks to the development of nuclear fission and the nuclear reactor, our society has seen many changes over the past 65 years. Nuclear energy has helped to take our country into the next era. From medical uses to powering submarines, nuclear energy has provided us with a much more advanced and efficient way of creating electricity and power.
One of the most common misconceptions about nuclear energy is that a nuclear power plant could explode like a nuclear bomb and cause a massive nuclear incident. This
Since the dawn of civilization, all living (and some non-living) things have needed energy. When humans discovered fire, the first form of harnessed energy, it made it easier to stay warm, prepare food, make weapons, etc. Since then, humankind has been inventing new ways to harness energy and use it to our advantage. Now-a-days, people in most nations depend extremely heavily on fossil fuels – to work, travel, regulate temperature of homes, produce food, clothing, and furniture, as well as other power industries. Not only are these fossil fuels dominating our society and creating economic vulnerability, but they also produce waste that causes a number of social and environmental concerns. The waste from these fuels leads to acid rain, smog, and climate change. It also releases sulfur dioxide as well as other air pollutants that are very harmful to the human respiratory system (Morris, 1999, p. ix). There are other alternative sustainable energy sources including solar, hydroelectric, wind, and biomass. However, the main source aside from fossil fuel is nuclear energy from controlled nuclear reactions (where nuclei of radioisotopes become stable or nonradioactive by undergoing changes) in a nuclear power plant. Nuclear power produces enormous amounts of energy to serve a community. Unfortunately, nuclear energy has its own set of problems – a big one being its waste. The spent fuel from nuclear plants is radioactive. This means that it emits radiation, or penetrating rays and particles emitted by a radioactive source. Ionizing radiation is known to cause cancer, and therefore makes anyone who lives near spent nuclear waste facilities vulnerable to this incurable disease. The disposal of nuclear waste is a global issue...
...ing nuclear waste is a new and unsound technology, but still a solution to the problems of excessive waste. Where in the future, new technologies may allow for the waste to be completely recycled and reused in the reactors to create more energy. With both positives and negatives of nuclear energy, the real question that remains is “if not nuclear, then what else?” (Rutgers’s Felder)
Radiation has many benefits for humans, but too much of any type of radiation can be harmful. For example, the sun gives off infrared radiation, or heat, as well as visible light, another type of electromagnetic radiation. These ...
As the millenium approaches, we are faced with the problems created by our technological advances. Everyday we are forced to see the results, from acid rain to polluted beaches. But there is one problem in particular that will probably out-live our generation and the generation which has created it. If properly contained and monitored, it has little affect on us and our environment. However, once it is free of it's containment, it is a destructive and deadly force. This problem is nuclear waste.
From that time until the present many other smaller accidents have happened. From these accidents many people have died and millions have been indirectly affected. Nuclear energy has far to many negative problems than advantages. From the mining of uranium to disposal of nuclear waist there are problems of such magnitude that no scientist on this earth has an answer for.
Nuclear fission is going to become more and more useful in worldwide power production for the foreseeable future. The reasons are numerous, but can be summarized by the relative ease of reliable power production that is provided. This does not go without having many disadvantages. But it is the fact that nuclear fission provides a massive amount of reliable electrical energy at a relatively low cost that has many countries investigating the possibilities of nuclear power generation. To understand why nuclear power would be the only option (at this time) for an alternative to fossil fuel burning for energy production is to understand its history, the world’s current power production from nuclear power, and where it is going in the foreseeable future.
One major unresolved issue arises as the result of using nuclear power: what happens to waste generated in this process. As of right now, the waste is stored on site or in deep geological repositories. However, with what was to be the country’s end all storage site (the Yucca Mountain repository) no longer an option due to recent legislation, long-term storage seems unfeasible. In addition, as more nations move towards reprocessing, there are experts and lawmakers in this country who have been looking into reprocessing the country’s nuclear waste as well. While many experts say that reprocessing is the best solution for freeing the country of the nuclear waste issue, there are others who say that reprocessing is simply too dangerous and expensive.
People sometimes stop because they are not seeing any benifits or improvement with their treatment. Antipsycotics generally take about 6 weeks to take
Nuclear energy is not as beneficial to the environment as one may think. Nuclear energy does not burn anything in order to create energy. However, the problem is not in that aspect, but rather the fact that we do not have a way to get rid of the nuclear waste. According to Amanda Beckrich, there is currently no full proof solution to the long-term storage of the radioactive products used in the development of nuclear energy. Materials used in the nuclear process include isotopes of uranium, plutonium, iodine and strontium (Beckrich 10). All of these materials are radioactive and dangerous if exposed to society. When radioactive products are spilled or exposed into society, the consequences can be detrimental. People who are exposed to high doses of radiation will most likely face serious consequences. The United States Environmental Protection Agency states that people will likely face a number of different health problems varying on the amount they have been exposed to. Some possible major health effects include cancer, internal bleeding, damage to the central nervous system and death (“Radiation Protection: Health Effects”). With these outcomes being possible, there is not a justifiable answer to this problem.
After World War II, nuclear power became the world’s shining energy hope. Technically it is produced when neutrons split the nucleus of uranium atoms releasing heat which is used to boil water and produce the steam that drives a plant’s turbines. Nuclear...
...s, cancer, and even death. Radiation from nuclear energy does cause birth defects, cancer, and death, but it won’t happen unless the nuclear waste leaks out. The nuclear waste is unlikely to expose to people, because there are guards who will protect the waste in where it is stored at. Lastly, there are some bad things about nuclear energy, but it is not much compared to the good things.
The impact of nuclear power on the modern world has improved Various sectors of the economy and society .i.e. Food and Agriculture, Insect control, Food Preservation, Water Resources, Military, Medicine, Research and Industry. “In 1911 George de Hevesy conducted the first application of a radioisotope. At the time de Hevesy was a young Hungarian student working in Manchester with naturally radioactive materials. Not having much money he lived in modest accommodation and took his meals with his landlady. He began to suspect that some of the meals that appeared regularly might be made from leftovers from the preceding days or even weeks, but he could never be sure. To try and confirm his suspicions de Hevesy put a small amount of radioactive material into the remains of a meal. Several days later when the same dish was served again he used a simple radiation detection instrument - a gold leaf electroscope - to check if the food was radioactive. It was, and de Hevesy's suspicions were confirmed.