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Society was fascinated by science and scientific things in the nineteenth century. Great breakthroughs in engineering, the use of steam power, and electricity were there for all to see, enjoy, and suffer. Science was fashionable and it is not surprising that, during this great period of industrial development, scientific methods should be applied to the activities of man--particularly to those involved in the processes of production. To wards the end of the nineteenth century international competition began to make itself felt. The three industrial giants of the day, Germany, America, and Great Britain, began to find that them was a limit of the purchasing power of the previously apparently inexhaustible markets. Science and competition therefore provided the means and the need to improve industrial efficiency.
Frederick Winslow Taylor is generally acknowledged as being the father of the scientific management approach, as a result of the publication of his book. The Principles of Scientific Management was published in 1911. However, numerous other academies and practitioners had been actively applying such approaches since the beginning of the century. Charles Babbage, an English academic, well-known for his invention of the mechanical computer (with the aid of a government grant as long as 1820) applied himself to the costing of processes, using scientific methods, and indeed might well be recognized as one of the fathers of cost accounting.
Taylor was of well-to-do background and received an excellent education but, partly owing to troubles with his eyesight, decided to become an engineering apprentice. He spent some twenty-five years in the tough, sometimes brutal, environment of the US steel industry and carefully studied methods of work when he eventually attained supervisory status. He made various significant innovations in the area of steel processing, but his claim to fame is through his application of methods of science to methods of work, and his personal efforts that proved they could succeed in a hostile environment.
In 1901, Taylor left the steel industry and spent the rest of his life trying to promote the principles of man aging scientifically and emphasizing the human aspects of the method, over the slave-driving methods common in his day. He died in 1915, leaving a huge school of followers to promote his approach worldwide.
Charles Babbage, an English academic, ______.

A. tried to use computers in production processes
B. was one of the fathers of cost accounting
C. was the father of modem computers
D. tried a scientific production approach
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单项选择题What is the main idea of the passageA. Human ancestors became predominantly right- handed when they began to use tools.B. It is difficult to interpret the significance of anthropological evidence concerning tool use,C. Human and their ancestors have been predominantly right -handed for over a million years.D. Human ancestors were more skilled at using both hands than modem humans.

Archaeological records--paintings, drawings, and carvings of humans engaged in activities involving the use of hands--indicate that humans have been predominantly right - handed for more than 5,000 years. In ancient Egyptian artwork, for example, the fight-hand is depicted as the dominant one in about 90 per cent of the examples. Fracture or wear patterns on tools also indicate that a majority of ancient people were fight - handed.
Cro-Magnon cave paintings some 27,000 years old commonly show outlines of human hands made by placing one hand against the cave wall and applying paint with the other. Children today make similar out lines of their hands with crayons on paper. With few exceptions, left hands of Cro-Manganese are displayed on cave walls, indicating thai the paintings were usually done by right-handers.Anthropological evidence pushes the record of handedness nearly human ancestors back to at least 1.4 million years ago. One important line of evidence comes from flaking patterns of stone cores used in tool making: implements flaked with a clockwise motion (indicating a right- handed toolmaker) can be distinguished frp, those flakea wan a counter- clockwise rotation (indicating a left -handed toolmaker).
Even scratches found on fossil human teeth offer clues. Ancient humans are thought to have cut meat into strips by holding it between their teeth and slicing it with stone knives, as do the present -day Inuit. Occasionally the knives slip and leave scratches on the users’ teeth. Scratches made with a left - to - right stroke direction (by right-handers) are more common than scratches in the opposite direction (made by left-handers).
Still other evidence comes from cranial morphology: scientists think that physical differences between the right and left sides of the interior of the skull indicate subtle physical differences between the two sides of the brain. The variation between the hemispheres corresponds to which side of the body is used to perform specific activities. Such studies, as well as studies of tool use, indicate that right - or left – sided dominance is not exclusive to modem Homo sapiens. Populations of Neanderthals, such as Homo erects and Ho mo habilis, seem to have been predominantly right -handed, as we are.