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Impact of science on our lifestyle
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“Why We Need To Understand Science” is an essay written by Carl Sagan that argues the importance and relevance of science to the upcoming generations in the United States. In Sagan’s thesis he states, “The submediocre performance of American youngsters in science and math, and the widespread adult ignorance and apathy about science and math, should sound an urgent alarm”. The primary form of appeal was logos, and the secondary form of appeal was ethos.
The purpose of Sagan’s argument was to illustrate a lack of understanding of science and technology in modern society. As scientific breakthroughs and discoveries are made, they are often left only being understood my scientists. The general public has very little insight into parts of science that have an impact on everyday life. Sagan claims this ignorance will prove detrimental to society in later generations.
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Sagan is targeting the general public in his argument with an emphasis on college students and future educators.
The author gives great explanation as to why the United States as a whole is falling behind the rest of the world in education. Sagan states, “And so science (and other) teaching is too often incompetently or uninspiringly done, practitioners...having little or no training in their subjects” awakens the audience to the vital overhaul needed in education. Sagan also raises a valid point, “We live in a society exquisitely dependent on science and technology, in which hardly anyone knows anything about science and technology”. Readers can easily relate to this statement, because working technology has become an essential part of everyday life. Innovation in technology is growing so rapidly that it is nearly impossible to become acquainted with it without further
education. The argument that Sagan presents is fortified through the use of logos. The author paints a shockingly realistic picture of how far behind the United States is, technologically, in comparison to other countries. He states, “The best of 20 fifth-grade classrooms in Minneapolis was outpaced by everyone one of the 20 classrooms in Sendal, Japan”. Sagan also highlights a unique piece of information that may be crucial in understanding why the United States may be lagging behind other countries. Perhaps, the children are unhappy about what their curriculum is focusing on. Sagan stated, “Of the U.S. kids, 22 percent say they dislike school; only 8 percent of the Koreans do”. There is little incentive for American children to educate themselves beyond the required standard. Sagan raises a valid point in claiming, “Part of the reason they don’t study hard is that they’ve received few tangible benefits when they do”. The secondary appeal of ethos has a significantly smaller role in Sagan’s argument. Aside from his disclosure of the truth about pseudoscience to “William Buckley”, readers were not exposed to Sagan’s expertise formally. However, there was an undertone of wisdom when he stated, “We need more money for teachers’ training and salaries, and for laboratories-so kids will get hands-on experience rather than just reading what’s in the book”. Sagan provided sound solutions for his argument. From reducing the amount of pseudoscience on television, to encouraging children to ask questions about things they may not understand, readers conclude that these proposals would be critical to advancing education in the United States. Sagan earns the trust of readers by providing relevant pieces of information that are relatable. The argument was well organized by presenting a claim, showing why the claim was relevant, and then illustrating a vast amount of solutions. Carl Sagan did an excellent job in arguing why attention needs to be brought to the misunderstanding of science and technology.
In 1936 a sixth-grade student by the name of Phyllis Wright wondered if scientists pray, and if so, what for. She decided to ask one of the greatest scientists of all time, Albert Einstein. A while later he wrote a letter back to Phyllis with his response. Understanding the context and purpose of his response assist in analyzing its effectiveness. After receiving a letter from such a young student, Einstein aimed to provide Phyllis with a comprehensible answer. He intended for his response not to sway her in one way or another, but to explain science and religion do not necessarily contradict each other completely. By using appeals to ethos, pathos, and logos, Einstein achieved his purpose by articulating a response suitable for a sixth grade
Arthur L. Caplan, in his news article, “Distinguishing Science from Nonsense,” warns the audience about the uncertain economic future of the United States of America due to the abandonment of science within society. Further, Caplan’s purpose is to inform the audience how the dwindling importance of science in children is not only due to schools, but also due to American culture. Therefore, Caplan uses a combination of rhetorical devices to not only warn and inform the public about the importance of science, but to also engage them to an extent that persuades the audience to take action.
Atwood takes many of today’s potential scientific developments and illustrates the worst possible outcome of what may happen if we continue the unregulated pursuit of knowledge. In reality, the scientific advances of today will yield a higher standard of living for the majority of the world tomorrow. We will continue to push for the best in everything including science, medicine, and technology; we will not allow any single person to make the sole decision to develop an idea. Scientific progression will save many lives; therefore, it should and will always be there for us.
...om society. Although Bishop makes no excuses for the shortcomings of science and academia, he delivers an ominous message to those who would attack the scientific community: Science is the future. Learn to embrace it or be left behind.
A nobel prize winning, architect of the atomic bomb, and well-known theoretical physicist, Professor Richard P. Feynman, at the 1955 autumn meeting of the National Academy of science, addresses the importance of science and its impact on society. Feynman contends, although some people may think that scientists don't take social problems into their consideration, every now and then they think about them. However he concedes that, because social problems are more difficult than the scientific ones, scientist don’t spend too much time resolving them (1). Furthermore he states that scientist must be held responsible for the decisions they make today to protect the future generation; also they have to do their best, to learn as much as possible,
There is a “fear of being unorthodox…rooted in the American teacher’s soul” (Burgess 237). Burgess stresses the prohibition of an American teacher’s competence to instruct students using any type of experimental approach other than the standardized design. In consequence, America is unable to breed eccentric geniuses and has no capacity to create a burning desire to learn within their students. The reason this dilemma has been continuing for so long is because America has been blinded by their previous accomplishments, such as the landing on the moon. On behalf of their successful progressive past, the American people are in denial of how poor the education system is now and have a state of mind that the nation is still advancing just as it was decades ago when it is in fact, the exact
Sagan starts his story by talking about the troubling fact that so many people in this world are scientifically illiterate. It is estimated that 95% of people are scientifically
Dr. Michael Shermer is a Professor, Founder of skeptic magazine, and a distinguished and brilliant American science writer to say the least. In His book The Moral Arc: How Science Makes Us Better People he sets out to embark on the daunting task of convincing and informing the reader on sciences’ ability to drives the expansion of humanity and the growth of the moral sphere. Although such a broad and general topic could be hard to explain, Shermer does so in a way that is concise, easy to understand, and refreshing for the reader. This novel is riddled with scientific facts, data, and pictures to back up shermers claims about the history of science, humanity and how the two interact with one another.
Woolgar, S. (1991). The Turn to Technology in Social Studies of Science. Science, Technology & Human Values, 16 pp. 20-50.
In the article, the author reveals his passion for science began at an early age becoming curious to learning how things work, and as an adult qualified the gratification you receive from its understanding when he states “Doing science is still among my chief pleasures” (Sagan 2). Throughout the article, Sagan reiterates his passion for science while he explains the disconnect in today’s democratic American society due to the movement away from science and into an information and service economy. The author argues from the point of view of how children and adults who do not understand science could be detrimental to society because people are less knowledgeable about the world and have the inability to find new ideas. In a plea, the author explains “…how gratifying it is when we get it…” Sagan’s article in the Washington Post directly aligns with the interest and passion with our protagonist, Victor Frankenstein who says “I read and studied the wild fancies of these writers with delight; they appeared to me treasure know too few besides myself” (Shelley 22). Frankenstein describes his passion to learn the secrets to which nature holds for the purpose of rewards of discovery. And Sagan just like Frankenstein indicates “When you’re in love, you want to tell the world ” and”when we understand and put this knowledge to use, many feel, if not a wild exhilaration, a least a deep satisfaction” (Sagan 3). Although science is not absolute with a definitive answer it is important to collaborate with others thus roping them into thinking about how science integrates into their lives instead of maintain isolation giving no room for
Whitehead, A.N. (2009). The Industrial Revolution and the Role of Science and Technology in the Development of Technical Education. Available: http://technicaleducationmatters.org/page/14/. Last accessed 2th Jan 2014.
As Newton has famously proclaimed, when asked about his endeavors and achievements during his tenure one of the most notable scientists of all time, “If I have seen further than others it is by standing on the shoulders of giants.” From the dawn of history, science appears to be a subject in which theories and revelations from the past are either shaped, built up on, or disproven. Modern day science is best explained by the works of notable scientists of the 20th and 21st century, who have given us logical theories to some of the most confounding mysteries of the world. Yet their contributions are largely a result of the scientists before them- had they not laid the foundation and groundwork of science, large amounts of scientific discovery
I myself was guilty of the common misconception of what technology refers to. I too, believed that technology only refers to devices with a plug. It wasn’t till recently after class and after reading Chapter 2 in STEM Lesson Essentials that I realized that technology expresses a profound multitude of products, processes and systems. While the students evolve and become STEM literate they need to be able to comprehend and determine technologies and their use in the world, and then reach out and fix or find away to make it even better then it already is. The addition of the T and E can make the traditional S and M come alive for our students. (Vaques, Sneider and Comer page
Public understanding of science is considered to be one of the most important issues facing educators in today’s technological world. It is see...
There are many myths when talking about science. Myths are usually routined views or stories that help make sense of things. Misunderstandings of science are most likely due to educational programs. The article focuses on ten myths.