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The United States involvement in WW 2
The United States involvement in WW 2
The United States involvement in WW 2
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The Manhattan Project
On the morning of August 6, 1945, a B-29 bomber named Enola Gay flew over the industrial city of Hiroshima, Japan and dropped the first atomic bomb ever. The city went up in flames caused by the immense power equal to about 20,000 tons of TNT. The project was a success. They were an unprecedented assemblage of civilian, and military scientific brain power—brilliant, intense, and young, the people that helped develop the bomb.
Unknowingly they came to an isolated mountain setting, known as Los Alamos, New Mexico, to design and build the bomb that would end World War 2, but begin serious controversies concerning its sheer power and destruction. I became interested in this topic because of my interest in science and history. It seemed an appropriate topic because I am presently studying World War 2 in my Social Studies Class. The Hiroshima and Nagasaki bombings were always taught to me with some opinion, and I always wanted to know the bomb itself and the unbiased effects! that it had. This I-search was a great opportunity for me to actually fulfill my interest.
The Manhattan Project was the code name for the US effort during World War II to produce the atomic bomb. It was appropriately named for the Manhattan Engineer District of the US Army Corps of Engineers, because much of the early research was done in New York City (Badash 238). Sparked by refugee physicists in the United States, the program was slowly organized after nuclear fission was discovered by German scientists in 1938, and many US scientists expressed the fear that Hitler would attempt to build a fission bomb.
Frustrated with the idea that Germany might produce an atomic bomb first, Leo Szilard and other scientists asked Albert Einstein, a famous scientist during that time, to use his influence and write a letter to president FDR, pleading for support to further research the power of nuclear fission (Badash 237). His letters were a success, and President Roosevelt established the Manhattan Project.
Physicists from 1939 onward conducted much research to find answers to such questions as how many neutrons were emitted in each fission, which elements would not capture the neutrons but would moderate or reduce their velocity , and whether only the lighter and scarcer isotope of uranium (U-235) fissioned or the common isotope (U-238) could be used. They learned that each fission releases a few neutrons.
The place we call earth was changed forever on August 6, 1945 when, for the first time in history, we viewed the power of the atomic bomb. It all started when a US aircraft named the “Enola Gay” flew off from a small island in the Pacific Ocean with a clear path to Japan. The end result was the atomic bomb, nicknamed Little Boy being dropped on the Japanese city of Hiroshima. Those in the aircraft watched as the city, home for 350,000 people, disappeared into thin air. The bomb caused
In response, on August 2, 1939, Einstein sent a letter to President Roosevelt concerning the pressing matter to use uranium to create such weapons before Germany (Doc A-1). To support the development of the atomic bomb, President Roosevelt approved the production of the bomb following the receipt that the bomb is feasible on January 19, 1942. From this day to December of 1942, many laboratories and facilities were created to continue the project of the atomic bomb.
They insisted that Albert Einstein inform President Roosevelt about the possibility of the Germans making an atomic bomb. In late 1939, President Roosevelt ordered an American effort to make an atomic bomb before the Germans.
After being taken by the Germans convinced others that they still had the lead in developing a fission weapon. It all started with the “Hungarian conspiracy” that had everyone convinced that the creation of a nuclear bomb was possible, but that the German government was already doing research in this field of study on such a weapon. To the rest of the world, the thought of Adolf Hitler might be the first to gain control of a weapon this destructive would be terrifying to the United States. Right, then they decided that the administration of President Franklin D. Roosevelt must be warned about the dangers and that the United States must begin its research department. As the planned gave way, Einstein was to write a letter to President Franklin D. Roosevelt about the possibilities and dangers of the atomic weapons, and later was taken to the president.
The first atomic bomb was not tested at all. It was dropped on Hiroshima, Japan on August 6, 1945 killing over 80,000 people and almost completely leveling the entire city. It destroyed more than 4 square miles, or 60% of the city. The flash of the blast was so intense it discolored the pavement and left imprints on the ground cast by the shadows of building and people.
Media outlets demanded answers from BP concerning what caused the disaster that started April 10, 2010. It became one of the worst environmental spills in U.S. history. Instead of owning up to the problem and taking responsibility, the company went on an offensive-blame-fueled binge that left those affected by the events horrified and angry. (Houpe, 2010)
Atomic Bomb The use of the atomic bombs on Japan was necessary for the revenge of the Americans. These bombs took years to make due to a problematic equation. The impact of the bombs killed hundreds of thousands of people and the radiation is still killing people today. People today still wonder why the bombs were dropped. If these bombs weren’t dropped on the Japanese the history of the world would have been changed forever. The Atomic bomb took 6 years to develop (1939-1945) for scientists to work on a equation to make the U-235 into a bomb. The most complicated process in this was trying to produce enough uranium to sustain a chain reaction. The bombs used on the cities cost about $2 billion to develop, this also making the U.S. wanting to use them against Japan. “Hiroshima was a major military target and we have spent 2 billion dollars on the greatest scientific gamble in history- and won.” (3) The bomb dropped on Hiroshima weighted 4.5 tons and the bomb used on Nagasaki weighted 10 kilotons. On July 16, 1945, the first ever atomic bomb was tested in the Jamez Mountains in Northern New Mexico, code named “Gadget.” The single weapon ultimately dropped on Hiroshima, nicknamed “Little Boy,” produced the amount of approximately twenty- thousand tons of TNT, which is roughly seven times greater than all of the bombs dropped by all the allies on all of Germany in 1942. The first Japanese City bomb was Hiroshima on August 6, 1945. An American B-29 bomber, named Enola Gay, flown by the pilot Paul W. Tibbets, dropped the “Little Boy” uranium atomic bomb. Three days later a second bomb named ”Fat Boy,” made of plutonium was dropped on the Japanese city of Nagasaki. After being released, it took approximately one minute for Little Boy to reach the point of explosion, which was about 2,000 feet. The impact of the bombs on the cities and people was massive. Black rain containing large amounts of nuclear fallout fell as much as 30km from the original blast site. A mushroom cloud rose to twenty thousand feet in the air, and sixty percent of the city was destroyed. The shock wave and its reverse effect reached speeds close to those of the speed of sound. The wind generated by the bombs destroyed most of the houses and buildings within a 1.
... upon solution to water access disagreements, social and political powers must be willing to compromise since the risks associated with disagreements regarding water allocation may be too great. As stated by Shiyyab (2004), “If sustained over a period of time, these problems will directly affect social harmony, domestic stability and eventually, regional peace.” (p. 30). Investments must be made by industry as well as local and national governments for purification of wastewater so that clean water, when needed, will be available. The necessity of obtaining water is a fundamental human right and,
After London won that contest, he decided that he would be a short story writer. The only problem he had with being a short story writer was that he couldn’t find anyone to publish him. By the time he was 22 he still didn’t have a publisher but he still staye...
The Dictionary of Literary Biography Volume 78 says that "the biographical consensus is that his father was William Henry Chaney, a "Professor of Astrology" with whom his mother, Flora Wellman, was living as a fellow spiritualist and common-law wife in 1875." (DOLB 78). However it goes on to point out that "Chaney had deserted her in a rage of denial when he learned of her pregnancy" (DOLB 78). In 1876 Flora married John London. John was a Civil War veteran. He was also a widower who had to put his two daughters into an orphanage while he worked. Upon their marriage the Dictionary of Literary Biography Volume 212 says that "Flora's child was renamed John "Jack" Griffith London" (DOLB 212).
When the United States caught word that Germany was close to creating the atomic bomb, J. Robert Oppenheimer and other scientists wanted to create it first, for the U.S. After three years of research, the first small atomic device was exploded on July 16, 1945 in the lab at Los Alamos. Having proved their concept worked, a larger scale bomb was built. Less than a month later, atomic bombs were dropped on Hiroshima and Nagasaki in Japan (Rosenberg).
Jack London is the name you can hear everywhere, his writing appealed to millions of people all around the world. London was an American novelist and short-story writer, who wrote passionately about questions of life and death, surviving. The writer had a lot of adventures, experienced the life at sea, or in Alaska, or in the fields and factories of California, all of these influenced his writing style. Jack London descended from the family of his mother Flora and astrologer and journalist William Chaney. The writer has got his education by himself and with help of a librarian Ina Coolbrith - he has a passion to read books at public libraries. Later in life, Jack finally graduated from high school in Oakland. Jack London's work carrier was so variable, he has been a laborer, factory worker, and oyster pirate on the San Francisco Bay, member of the California Fish Patrol, sailor, railroad hob, and gold prospector. Yes, gold prospecting was the big part of his life, when the young writer with his brother-in-law sailed to join the Klondike Gold Rush where he would set his first successful stories. Jack London was a hard-worker, he tried never miss his early morning 1,000-word writing stint, what helped him to write over fifty books between 1900 and 1916. In addition to it, he corresponded with his readers, and made huge researches for improving his writing style, what is, obviously, genius. The consequences of such a hard work became the fact that Jack London had become the best selling, highest paid and most popular American author of his time. Many authors and social advocates have been inspired by Jack London’s heartfelt prose, and readers travel and experience so much through his books.
Furthermore, there were several ethical issues raised by the Bhopal Union Carbide Corporation. First and foremost important ethical issue to be address is the moral value of protecting the human life. I think the management team from both the United State and India did not protect the well-being of their employees and the community of the Bhopal people who lived near by the plant. The Union Carbide Corporation was more concern about making profits and the Government of India was more in tune with increasing their grain production rather than emplacing a high priority for ...
Freshwater in the world makes up only a small portion of water on the planet. While the percentage of water in the world is nearly 70%, only 2.5% is consumable. Even further, only <1% is easily accessible to basic human needs. According to National Geographic, “by 2025, an estimated 1.8 billion people will live in areas plagued by water scarcity, with two-thirds of the world's population living in water-stressed regions as a result of use, growth, and climate change.” With this current trend, water will become more immersed in environmental, economic, political, and social changes. Many of these in later years shall need to be addressed as tension rises:
Professional development is where educators gather to get training to better their students, however this is often unsuccessful. In Linda Darling-Hammond’s article it is discussed that teachers need professional development that is centered on student learning, integrated with school improvement, has content that is pushes active learning, and helps build communities for teachers (Darling-Hammond & Richardson, 2009). By using research with professional development, researchers can see what works and what does not. Research can help us fill in the gaps, fix real-world problems, and see why something happens (Lauer,2006). When teachers get appropriate professional development, teachers can help their student be successful in all area of their