In an intellectual chain reaction, scientists began to realize the possibilities incumbent in the new discovery. A single impact could jumpstart a chain reaction, driving the release of still more energy. Ultimately, other physicists realized that each newly freed neutron could go on to cause two separate reactions, each of which could cause at least two more. Working on the problem, she established that fission yielded a minimum of two neutrons for each neutron that sparked a collision. Previous efforts by physicists had resulted in only very small slivers being cut off of an atom, so the pair was puzzled by the unexpected results.Īustrian-born physicist Lise Meitner, who had fled to Sweden following Hitler's invasion of her country, realized that the split had also released energy. In a surprising twist, they wound up splitting the atom into the elements of barium and krypton, both significantly smaller than the uranium that the pair started out with. In 1938, German physicists Otto Hahn and Fritz Strassman bombarded a uranium atom with neutrons in an attempt to make heavy elements. If proper disposal was not applied on it, there’s a possibility that people will suffer from several kinds of diseases that can kill them also and the environment will slowly lose its beautiful nature and significant resources for human beings because of the radioactive characteristics of nuclear wastes.Radioactive fission, where the center of a heavy element spontaneously emits a charged particle as it breaks down into a smaller nucleus, does not occur often, and happens only with the heavier elements.įission is different from the process of fusion, when two nuclei join together rather than split apart. Its nuclear wastes are also harmful to the environment because of its radiation.Radiation is unnoticeable and people should wear the appropriate protective attire for it in the locations where it is present like nuclear plants. Nuclear fission produces radiation that can also kill many people through several kinds of diseases.It can cause meltdown in the different parts of the globe which is very dangerous to the people who are relying on it as a good source of power.Nuclear fission a very dangerous weapon that can create fear in the eyes of many people. Other nations may exploit its purposes in dominating the other nations due its capability to make a huge explosion.Nuclear fission can be used by people as a powerful weapon to kill many individuals in an instant.However, it can be harmful because of its dangerous cons : Nuclear fission has so many benefits to offer to humans. It is a safe source of energy compared to the process of burning a coal which is harmful to the respiratory system of humans. Nuclear fission is safe for people when its promoters are using it properly.Its supply is unlimited even in the middle of disasters. It’s totally different from other sources of energy such as fossil fuels when it comes to reliability. Nuclear fission is a reliable source power that can be converted into electricity.It is because nuclear fission can be easily burned unlike fossil fuels. The continual use of this energy as a replacement for fossil fuels can help people in protecting the ozone layer.
Nuclear fission is good if people use it properly. In this article, the pros and cons of nuclear fission will be discussed to explain the main advantages and disadvantages of its existence. When nuclear energy is present in explosive weapons, its effects are known as nuclear fission. Nuclear energy is a very dangerous weapon that can kill hundreds or even thousands of people in an instant with the use of its radiation and the huge explosion that it can create.
Scientific studies have proven in the past that this kind of energy can be used as a powerful military weapon. Many countries consider it as the most reliable source of electricity. It can generate large amounts of electricity that can be used by human beings in several kinds of industries. Radioactive decay serves as the most effective way to release it instantly. Nuclear energy is an energy that is found in atomic nucleus.
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