Cons of Nuclear Fission
Nuclear fission has so many benefits to offer to humans. However, it can be harmful because of its dangerous cons :
Nuclear fission can be used by people as a powerful weapon to kill many individuals in an instant.
Other nations may exploit its purposes in dominating the other nations due its capability to make a huge explosion. Nuclear fission a very dangerous weapon that can create fear in the eyes of many people.
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 produces radiation that can also kill many people through several kinds of diseases. Radiation is unnoticeable and people should wear the appropriate
Of course the creation of the nuclear bomb was a watershed event of World War II in which more that 60 million people died. The United States thought that with the creation of the bomb and having such a weapon, they would no longer have to get involved in wars and would have peace. But the creations of the nuclear weapon led to other results. Nuclear power stations were being created that were able to give cheap energy and allowed progress. But, nuclear power stations were also very dangerous. In 1986 in the USSR, there was an accident at the Chernobyl nuclear power station. Due to this accident, a lot of people became sick from the radiation and that radiation was very bad for the environment and everything living around that area. But even due to the dangers, people cannot let go of nuclear energy.
If nuclear weapons are used in war sustainable life on this planet will be ended. Nuclear Weapons have only been used a few times in the history of this earth. The few times nuclear weapons were used the amount of damaged they caused was devastating. The first country to use nuclear weapons was the United States during World War II. On August 6, 1945 an atomic bomb nicknamed “Little Boy” was dropped on Hiroshima killing between 90,000 and 166,000. Then on August 6th, 1945 the second atomic bomb nicknamed “Fat Man” was dropped on Nagasaki killing 60,000 – 80,000 people. These statistics show how devastating nuclear weapons were when they were used and how they can be if they are used again. This paper will examine the Dangerous effects of
Countries have found nuclear weapons to be a very deadly tool that can cause immediate havoc among any nation. Both the desire of wanting to be the detonator of an atomic weapon and the fear of being on the wrong side of one has brought upon other nations the aspiration to create such weapons. According to Brennan Weiss from businessinsider.com, there are now 8 other countries that bear nuclear weapons besides the United States. Moreover, the US does not even carry the most nuclear weapons; but, however, Russia does. The idea to use the deadly devices and weapons back in World War II have swayed other nations into wanting to become just as strong a power the US had portrayed to be in the second world war. The manufacture of nuclear weapons has become an initial part of the army for the 9 countries that acquire them, and still causes worries to countries to this day due to threats of use.
Nuclear fission can be used to power the world, or it can be used to destroy it. That scientific knowledge of the process of fission is neither good nor bad ethically, but the way it is applied can have ethical and moral consequences. The scientists who developed the fission process are not responsible for the devastation caused by the atomic bombs; the people who chose to use the science in that manner are the ones responsible.
Nuclear weapons pose a direct and constant threat to people. Not even close from keeping the peace, they breed fear and mistrust among nations. These ultimate instruments
When a uranium nucleus splits, energy is released (as steam). This steam turns generators and creates electric energy. One pro is that nuclear fission does not release as many pollutants as fossil fuels. Two cons are that it nuclear waste is hard to dispose of and also can be harmful for humans.
It was understood that fission was capable of making a massive bomb, way more powerful than chemical energy. According to an article from…………...Just one kilogram of plutonium or uranium could be capable of producing the same explosion as 20,000 tons of TNT. Scientists used a very fast nucleus which would run into other nuclei and then produce more and more all the way up to about 80 times each giving off atomic energy. All of this would happen in one millionth of a second and produce a temperature that exceeds anything here on earth. It can reach up to about ten billion degrees. The first thing that happens when a bomb explodes is, there is an initial blast wave, then there is a electromagnetic pulse followed by a thermal wave. There is also the radiation damage and then local and global fallout. The initial blast wave will crush anything in its path with 750 mile per hour air speed. The electromagnetic wave would shut down and damage all electronics over a huge radius. The thermal wave will burn anyone exposed to it and create many
In the late 1930s, global tensions crystallized into war and a quest for a new super-weapon quietly began around in the world in numerous, underfunded laboratories. As Europe crumbled under the might of the Axis powers, American scientists began to explore the possibilities of nuclear fission in warfare.
As seen in World War II, the nuclear weapon engenders the havoc of humankind. Prior to its usage in wars, many scientists test the bomb on numerous places on earth, creating damage and radiation around these testing sites. Furthermore, death is the core outcome that arises from the usage of nuclear weapons. Sooner or later, the abuse of technology will harm the human race
It is also can cause fatal consequences. One of the main disadvantages of nuclear power plants is the severe consequences of accidents.
The neutron bomb (neutron bomb) is a high-energy neutron bomb neutron radiation lethality as the main low-yield small hydrogen bomb. Only killing enemy personnel, destruction of buildings and facilities is very small, it will not bring long-term radioactive contamination, although has never been used in combat, but strategists still called it "God of War" ── on a battlefield kinds of tactical weapons have the power of nuclear weapons yet available. Since the general hydrogen bomb add a layer of depleted uranium (uranium-238) shell, produced when hydrogen fusion neutron absorbing large quantities this crust, it generated a lot of radioactive contaminants. The neutron bomb shell removed, nuclear fusion could produce a lot of neutrons unhindered out a lot of radiation, at the same
Imminent death is a scary thought as well as the idea of a massive explosion killing thousands of people. Nuclear muntions have been a part of our nuclear arsenal for several decades now. The amount of mass destruction that can be seen from a nuclear explosion is dreadful but may sometimes be deemed necessary. The purpose of nuclear munitions for the United States is to deter enemies from attacking our homeland, ally countries, and other crucial interests.10 The destructive power of nuclear weapons had a steadying capability on superior countries because the cost would not outweigh the benefits. The importance that nuclear weapons served after World War Two increased due to tensions between Russia during the Cold War. The ability to retaliate with our superior nuclear arsenal has the power to influence any opponent that threats made to our homeland can result in certain devastation.10 The main focus of the use of nuclear munitions is geared toward massive encounters. Massive nuclear encounters could result in whats called a nuclear winter. This is when an enourmous amount of nuclear munitions have been detonated to cause soot and ash to cover the sky enough to block out sunlight and make the weather cooler.5 The alteration to the atmosphere for a nuclear winter could last several years depending on the amount of detonations. The severity of this is what causes the United States and
“A tiny speck of plutonium-239, as little as three millionths of a gram, can cause lung cancer. One pound of plutonium-239 contains enough specks to kill nine billion people instantly” (Pringle 26). Plutonium-239 is a human-made element, also known as the most dangerous substance on earth. As a by-product of uranium fission, plutonium-239 is created by generating electricity from nuclear sources. Contrary to popular belief, nuclear energy is hazardous and threatening to health. The use of nuclear energy should be banned as evidenced by the number of accidents, health effects, and global impact.
Like so many other things in our daily lives, nuclear weapons can appear in terms of good and bad. Nuclear weapons are the most powerful and deadliest tools that has ever invented in the world. Since the use of the nuclear weapons in Japanese cities Hiroshima and Nagasaki in 1945, the world became aware of the power that these weapons possess. There is a total of 16,000 nuclear warheads all over the world. As of 2015, more than 90% of the nuclear warheads belong to United States and Russia. More than 7,000 belong to the United States, 7,700 in Russia, 300 in France, 250 in China, 225 in United Kingdom, 110 in Pakistan, 100 in India, 80 in Israel, and 10 in North Korea (Http://greengarageblog.org/author/greengarageblogadmin).
A nuclear weapon can be defined as a highly explosive device that uses nuclear reactions to create a massive destructive force that can lead to destruction of property and human life. Currently there are two types of nuclear weapons massively used across the globe which include fission and fusion weapons. Fusion weapons are characterized by their ability to produce large energy proportions using the nuclear fusion reactions and such weapons are known as hydrogen bombs. Currently only six countries across the globe hold the ability to use such thermonuclear weapons including United States, Russia, United Kingdom, China, France and India. Hydrogen bombs are more efficient to use but considered more difficult to design and execute (Michael, 1990). On the other hand fission weapons derive their energy from the nucleus of an atom and are mostly referred to as atomic bombs.