Selective pick of a topic Essay Example | Topics and Well Written Essays - 250 words

Selective pick of a topic - Essay Example er reality you are facing for a little time, and then course book reading obviously enable you to pass the course and help you get entered into the new standard. The writer of the readable material you consider has a very significant role in the choosing of your reading material as well. I remember when I was 14; I was anxiously waiting for a novel to get published by my favorite writer Naseem Hijazi. But when it came in my market my friend told me that the novel was not that much good at the expectations we had and the market response was very nil towards it. I decided not to read it but to buy another writer’s book. But sooner I got into the shop I bought my favorite writer’s novel and read the whole 623 pages just because that was written by my favorite writer. The novel’s name was â€Å"Aakhri Chitan† and was written on the history of Muslims rulers when they conquered sub-continent and is about the era of Changez khan and Tataris. Reading pushes you in the world of fantasy and enables you to imagine the objects you read. Imagination is a very good facet that leads you to motivation and courage to do any diffi cult task you come across in your

US women's army auxiliary corp (WWII) Research Paper

US women's army auxiliary corp (WWII) - Research Paper Example Women’s participation in the US military as auxiliary army corps during the Second World War was essentially a milestone in the women’s development and gender equality that were rooted the Enlightenment in Europe.Though women’s involvement in the US Women’s Auxiliary Army Corps was not the direct result of these movements, it can be viewed as the call of the situation that provides the women of the era with a unique opportunity to reinforce their position in outdoor workplace. Also their participation can be viewed as a sequel to the series of remarkable events in the women’s rights in the United States. Though women’s involvement in the US Women’s Auxiliary Army Corps was not the direct result of these movements, it can be viewed as the call of the situation that provides the women of the era with a unique opportunity to reinforce their position in outdoor workplace. Opposing the traditional socio-religious barriers to and prejudices that women are best suited for indoor activities due to their psychophysical fragility, women’s position in outdoor activities was reinforced by their participation in the Women’s Army Auxiliary Corp. Indeed the root of the Women’s Army Auxiliary Corp lies in the women’s unarmed services â€Å"with the Army under contract and as volunteers during World War I as communications specialists and dietitians† (Bellafiare 4). Subsequently, a bill regarding women’s inclusion into the US Army as regular personnel with equal pay, equal legal protection, disability benefits, pensions and medical care was proposed by Edith Nourse Rogers, the Congresswoman of Massachusetts. But Rogers’ propositions did not go unchallenged since â€Å"both the Army and the American public initially had difficulty accepting the concept of women in uniform† (Moore 34). Finally, Rogers’ committee and the US Military authority came to a compromise regardi ng the women’s legal rights in the army and the Women's Army Auxiliary Corps (WAAC) became existent in 1942 by Public Law 554 () as a branch "for the purpose of making available to the national defense the knowledge, skill, and special training of the women of the nation." (Bellafaire 7). Later, the WAAC gained the full status of an army branch, being converted to Women’s Army Corp (WAC) in 1943. About 150,000 American women â€Å"served in the Women's Army Corps (WAC) during World War 11. Members of the WAC were the first women other than nurses to serve within the ranks of the United States Army† (Bellafiare 5). Rights of the WAAC Members Though Rogers’s idea was to provide the women with full status of army personnel in the US Army, due to the novelty of the idea and social barriers and prejudice towards women’s participation in armed activities, the WAAC members did not have the full rights that their male counterpart had enjoyed so far. Rogers was motivated, to propose the bill, mainly by the volunteer female civilians’ participation in the First World War as unofficial auxiliary force to the US force without â€Å"benefits of official status† such as legal protection, medical care, shelter, food, etc. So Rogers motive was that â€Å"if women were to serve again with the Army in a wartime theater they would receive the same legal protection and benefits as their male counterparts† (Bellafiare 6). Though until 1943, about 150,000 WAAC auxiliaries received the basic provisions of a soldier such as â€Å"food, uniforms, living quarters, pay, and medical care† (), rank and salary discriminations continued. Also women WAAC officers could not command men. Judith A. Bellafaire describes these discriminations as following: â€Å"The Director of the WAAC was assigned the rank of major. WAAC first, second, and third officers served as the equivalents of captains and lieutenants in the Regular Army, but received less pay than their male counterparts of similar rank† (2). Unlike the male soldiers and other officials, the WAAC members did not get â€Å"Government life insurance, veteran’s medical coverage, and death benefits† (Bellafaire 3). Also though the WAAC members, according to the bill, could work oversea, they did not get legal protection of the international prisoner’

Operational Amplifier (Op-Amp) Lab Report Example | Topics and Well Written Essays - 2000 words

Operational Amplifier (Op-Amp) - Lab Report Example ed, high gain, voltage amplifier. They form the basis of a wide array of electronic circuits, including amplifiers, buffers, comparators, and analogue-digital/digital-analogue converters. An op-amp is represented in schematic notation by the following symbol: Figure 1 - Circuit Diagram Element Where V+ and V- are the differential inputs, VS+ and VS-, are the positive and negative supply voltages, and Vout is the output of the amplifier. While they are represented as a single element, op-amps are in fact composed of many circuit elements, and are conventionally sold as monolithically integrated silicon chips. 1.1 Origins and Development of the Operational Amplifier The operational amplifier can trace its origins back to fledgling telecommunications industry in the United States at the turn of the 19th century. With the invention of the telephone, there was demand to carry electronic voice communications over longer and longer distances. The challenge was to build signal repeating equi pment that minimized problems like distortion and crosstalk, so that multi-channel communications could be carried from one side of the country to the other. Advances in electronic equipment and amplifier design eventually led to the development of the first operational amplifiers at Bell Labs in the 1940s. Vacuum tube devices were essential to the development of amplifier technology, because they made possible for the first time the non-linear manipulation of voltage and current. â€Å"The Fleming Diode†, patented in 1904 by J.A. Fleming [1], was the first major breakthrough in this respect because it allowed for the rectification of current. Then in 1906, Lee De Forest [2] built upon this work with â€Å"The Audion†, a three-element triode vacuum tube that was the first device capable of signal amplification. Amplifiers built in the following years suffered from stability problems, as they used a positive feedback principle, and distortion due to the generation of ha rmonics by vacuum tubes. Harold Black [3], in 1927 while searching for a means of improving linearity and stability of currently-used positive feedback amplifiers, came up with the negative feedback amplifier principle. The idea of deliberately sacrificing gain in to improve stability ran counter to conventional ideas at the time, and it took 9 years for the original patent application to be accepted. Once implemented, however, the advantages of this approach quickly became clear. Within a few years the theory for stable amplifier design was formalized by Nyquist and Bode, two names now synonymous with fundamental electrical engineering principles, during their work at Bell Labs. At this

P. H. Delamotte Photograph of the Interior of the Crystal Palace Essay

P. H. Delamotte Photograph of the Interior of the Crystal Palace After a successful year of housing the Great Exposition, the Crystal Palace by Joseph Paxton was disassembled and moved to Sydenham, where it stood for the next 85 years (Hobhouse, 32). The Palace, built for the 1851 World's Fair in London, was an architectural and engineering wonder modeled after the bridge and train shed construction of the mid-nineteenth century. The structure had been designed to be quickly assembled out of prefabricated members and easily rebuilt elsewhere. Its light construction was made possible to use of thin cast iron prefabricated elements combined with wood and a glazed outer shell. The Crystal Palace housed the most spectacular collection of artistic and industrial wonders ever assembled in one place thus far. Visitors came from all over the world to see this display of power at the "Exhibition of the Works of All Nations" which was organized by Prince Albert and Henry Cole (Beaver, 12). The success of the Crystal Palace that cost "a penny per cubic foot" (Hobhouse, 39) brought Joseph Paxton much praise as well as a knighthood. The structure at Hyde Park was designed as a temporary building, able to be constructed and disassembled easily. During the Great Exposition the Crystal Palace housed the works of craftsmen, engineers and artists. The most popular of these exhibits was a crystal fountain made especially for the exhibition (Beaver, 47). The full 33,000,000 cubic feet of Crystal Palace was filled with displays and people crowding the aisles examining these wonders (Hobhouse, 39). When the Fair closed the fate of the Crystal Palace was a topic of extreme importance. Its popularity was obvious and Paxton suggested transforming... ...reat Britain. London: The Arts Council, 1965. Beaver, Patrick. The Crystal Palace, 1851-1936: a portrait of Victorian enterprise. London, Hugh Evelyn Ltd., 1970. Briggs, Asa. Iron Bridge to Crystal Palace: impact and images of the Industrial Revolution. London: Thames and Hudson in collaboration with the Ironbridge Gorge Museum Trust, c1979. Hitchcock, Henry Russell. The Crystal Palace: the structure, its antecedents and its immediate progeny: and exhibition. Northampton, Mass.: Smith College Museum of Art, 1952. Hobhouse, Christopher. 1851 and the Crystal Palace; being an account of the Great Exhibition and its contents; of Sir Joseph Paxton; and the erection, the subsequent history and the destruction of his masterpiece. London, Murray, 1950. Newhall, Beaumont. The History of Photography: from 1839 to the present. New York: Museum of Modern Art. 1982.

How Does Caffeine Affect the Heart Rate of the Daphnia

My results and the graph indicate that as you add the caffeine to the daphnia, the eart rate of the daphnia increases for example the daphnia's heartbeat is 120 without caffeine, however when caffeine is added it is increased to 168. My graph shows a positive correlation and the error bars are also very small which shows that the results have a small range which suggests that my results are accurate and reliable. I think that the experiment was conducted well however there may be some ethical issues surrounding the fact that daphnias are also living species.Therefore, by using daphnias in these experiments may cause a risk for them as there would be little quantities of the species left. This would also affect other living organisms that feed on daphnias for their dietary needs therefore in the experiment we diluted the caffeine solution with distilled water to prevent the daphnia from dying and afterwards, we could put them back in their natural habitats. On the other hand, by doing this experiments it could potentially help us in the future.Also, another problem is that I may have miscounted the daphnias heartbeat due to human errors. However, as I repeated the experiment 3 times, it ensures me that the data is quite accurate. However, if I was to do the experiment again I would do more repeats to make sure the results are reliable and there would be less chance of human error. Also, I would use different concentrations of caffeine to get more accurate comparisons and to see how different concentrations may affect the daphnias heartbeat also. Overall, I think that my results are precise and distinct.

Definition and Examples of the Topoi in Rhetoric

The Field Of Computer Engineering - 1347 Words

Constantly growing and consistently in high demand, careers in STEM (an acronym for science, technology, engineering, and mathematics) are attractive for many prospective students. My own personal interest lies in the field of computer engineering, which is categorized as a STEM career and reaps the benefits of such a classification. The field of computer engineering requires relatively modest education, but still rewards employees with a comfortable life, numerous benefits, and personal fulfillment. The qualifications of working as a computer engineer are relatively modest when compared to its rewards. According to Citlali Tolia of LearningPath.org, You can probably get a job as an entry-level computer engineer with a bachelor s degree†¦show more content†¦In general, however, the educational requirements for a computer engineer are surprisingly modest. Computer engineers also require relatively minimal skills beyond those that are taught in their education. According to Spencer Thompson of Sokanu.com, Engineers often work on teams and must be able to communicate with other types of engineers as well as with non-technical team members (Thompson). Aurelio Locsin of the Houston Chronicle: Work adds that, Hardware engineers require creative thinking to come up with technological and scientific discoveries that affect everyday consumers (Locsin). Teamwork and creative thinking are a must in this career field, but beyond that, the job is relatively straightforward and requir es no auxiliary skills. The field of computer engineering, despite requiring relatively modest qualifications, offers a wealth of generous rewards. For instance, the salary offered is well above the national average even for newcomers with no experience with the job. According to Citlali Tolia, In 2014, the U.S. Bureau of Labor Statistics (BLS) reported a median salary of about $108,430 for computer hardware engineers. Most computer engineers earned between $66,070 and $160,610 (Tolia). Considering the fact that the national average is a salary of just $44,000, a minimum salary of $66,000 is extremely promising, and the pay only grows parralel to one s experience. One will not be likely to