HST701 Scientific Technology in Modern Society W2020 FINAL EXAM. Format of exam: take home, open book. You may use ONLY course related materials for this test (materials through D2L, lectures, your...

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HST701 Scientific Technology in Modern Society W2020 FINAL EXAM. Format of exam: take home, open book. You may use ONLY course related materials for this test (materials through D2L, lectures, your notes) and no outside sources. You must work on this test on your own—no collaborating. When complete, submit your test to the Turnitin link on D2L in Assignments by the deadline—NO EXCEPTIONS. Failure to submit by 12 noon on Tuesday April 21 will result in an immediate loss of one full letter grade (-10%), followed by a loss of 10% for every subsequent hour late. If, for some reason, you are unable to submit by the deadline for medical or other reasons that might be considered on compassionate grounds, you must first let me know, and then you must contact your program coordinator to file an appeal with relevant documentation. Compose your answers in essay format. Grades will be based on content more than style— that said, these answers should be considerably more polished than an in-class written exam! Good answers will demonstrate thorough knowledge and analysis of relevant course material. As best as possible, try to provide your answers in your own words, as if you were processing information for an in-class written test. Be very careful about cutting and pasting text—you will submit this to Turnitin, and instances of plagiarism will need to be handled by the Academic Integrity Office. If you do use quotes or paraphrase information from a specific source, you need to provide a basic citation. For the purposes of this test, all you need to do is a short in-text parenthetical reference with author last name and page number, or title of video. Because you are only drawing on course materials, I will know the reference. You do not need to include a separate bibliography. You will notice that Questions 1 and 2 are broader in nature and ask you to select examples from the course for support, while Question 3 is a somewhat more focused question. Depending on your choices for 1 and 2, there may be some overlap—for example, computers / computing could be included for either one. However, the focus of each question is different, and you should not merely repeat yourself in such a case. Length guidelines: Lengths naturally will vary according to writing style and concision. Two to three single spaced pages (1200-1800 words) per question should be sufficient. Do not exceed 2400 words (four single spaced pages) on any single answer. Choose two (2) only of the following questions. Each question worth 50%. 1. An early course reading by Thomas Hughes opens with the following claim: “Usually we mistakenly associate modern technology not with systems but with such objects as the electric light, radio and television, the airplane, the automobile, the computer, and nuclear missiles. To associate modern technology solely with individual machines and devices is to overlook deeper currents of modern technology that gathered strength and direction...after Thomas Edison established his invention factory at Menlo Park” (Course reading 1.4, Hughes, “The System Must Be First,” p. 184; emphases added). Explain what you think Hughes means by this statement by examining in some detail three examples drawn from the course. At least two of your examples must come from the material covered since the midterm. 2. Recall Paul Ceruzzi’s characterization of the history of computing up to 1985 (the date of publication of his original article) as an “unforeseen revolution” (reading is in Seminar 4 folder). We have seen repeatedly in this course examples of science and technology that developed or were adopted in ways strikingly different from what initial “pioneers” foresaw. Choose three examples from the course to illustrate this theme of unintended or unforeseen outcomes (at least two examples must come from the material we covered since the midterm, and computing can certainly be one of them). In concluding your essay, briefly make a case for why modern-day policy makers and the news media should be more sensitive in acknowledging unforeseen aspects of science and technology. 3. Discuss how the development of nuclear weapons and synthetic chemical pesticides such as DDT in the 1940s-50s led to major developments in ecological science and an awareness of human impacts on the environment. Your essay should discuss the work of key figures involved in shaping these responses, especially Rachel Carson. Carson was particularly focused on the over-use of DDT, but what do you think was her larger message? Do you think she was justified in taking the tone she did in her writings? Why or why not? 1
Answered Same DayApr 21, 2021

Answer To: HST701 Scientific Technology in Modern Society W2020 FINAL EXAM. Format of exam: take home, open...

Perla answered on Apr 21 2021
152 Votes
Science and Technology
2
    
    Science and Technology
    Essay Answers for Question-2 & 3
    
    
    4/21/2020
    
Contents
3Answer-1 (Question- 2)
3Introduction
3Discussion
5Conclusion
6References
7Answer – 2 (Question -3)
7Introduction
7Discussion
7DDT and oversue – Warning By Rachel Carson
9Reflection on Rachel Carson tone:
9Conclusion
10References
10Lewis, J. (1985). The birth of EPA. EPA J., 11, 6.
Answer-1 (Question- 2)
Introduction
Paul Ceruzzi has characterized the history
of Computing till 1985, just as an unforeseen revolution. Science and technology and the perceptions of the same by the pioneers are different from the ways and means in which they are being adapted to at present. Unintended and unforeseen outcomes are mainly due to the fact that the environment in which the developments of the science and technology are taking place at present are different from what they are at the beginning. Also the applications and the applicability of the appliances are extended far from what they are at the times of the pioneering inventions. Hence unforeseen revolution is right word to explain these manifestations. The following part of the discussion emphasizes this statement in more detail with illustrative examples.
Discussion
Computers and evolution
The predicted societal impact of the computers is quite different from what it is right now. It can be better understood from the perception of the pioneers of 1940’s, from their belief and prediction that about half a dozen of computers will be sufficient to meet the world requirements in the future. How absurd it was. Their predications and assumptions are solely based on their perception of the social needs and the utility value that they considered for computers. In any case, the computers are not what they are right now, also there is no enlightment to the people regarding the capabilities and the applications of the computers in reality. This can be further visualized in the form of the prophecies of scientists like Joseph corn, who believed that the computers can be used only as equipment by few physicists for their experimentation and for laboratory applications sake. But this is not the case now, there is much to do with the computers, unlimited applications there existing for computers and they growing in number exponentially. Till the times of the invention of Mark-I and ENIAC, electronic numerical computing machines, there is nothing great about computers and they are just assumed at occasional usable tools of physicist or some scientist. Colossus and Z4 like devices developed during 1940s can be considered as ancestors of the today’s computers. Univac prediction of Eisenhower as president in the 1952, IBM’s business success with Model 650 and later with Model T the business achieved by IBM was never predicted before. The early times complications arised in the operations of the devices like those of ENIAC’s vacuum tube and power consumption problems did not stop the evolution of the unforeseen and unpredicted revolution of the computer technologies. They also based their predications of using a few hand full of computers(less than dozen or so), is based on the number of full time employees required to do the operational management of these early computing devices, their sheer size, the necessary investment as well. However the changed occurred during the course of time are unpredictable, the changes happened not only in the form of the ease in programmability, there are also changes seen in the form of the accuracy, the applications, the speed of operations and so forth. Also the limitations of the programming are overcome by evolution of computers that do have internally storable programmes which can be repeatedly used. As a whole the pioneers never predicted the versatility and capacity of the computers, even they have not imagined the breadth and width of the applications of the computers(Mitchell,2001). They only believed that the invented machines (so called computers) can do more than one thing based on their programmes and with conception, generations after generations computers have evolved with more and more versatility and features which made them create unforeseen revolution(Davis,1977).
Evolution of light bulb and adaption
There are several similar inventions which became a part of lives of the people on the planet, and without which the life of the human beings is not imaginable. For instance, the light bulb invented by Thomas Edison in the year 1879 has happened after several other pioneers invented different types of the light bulbs in the previous times. However it is only Thomas Edison with his light bulb and with the contained incandescent filament along with a generator and the connecting wirings worked out the first operating model of the light bulb. Later it got accepted throughout the world, every home in the world now invariably contains the light either in the form of incandescent bulb or in some other developed form like CFL, LED etc. Billions and billions of lights are now being used in the domestic, industrial fronts as well as in equipment, machinery, advertising banners and so forth. There is no transport without imagining a light in the head lamp. It is not...
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