The Man on the Street and the Men on the Moon
Does walking on the moon make life better for people on earth? Considering all the problems of our own world, why should we be spending huge sums on trips to outer space? Such questions as these are often asked, especially by those whose tax money is paying for space exploration. The answers to these questions are many and varied.
Up to now, the practical benefits resulting from space research have included the development of new methods and skills, new processes, new services, new products, and even new companies created to make use of what has been learned through space travel. Also among the benefits are better education , more efficient management, higher quality of industrial products, and rapid economic growth. People all over the world are now served by improved weather predictions, better communication systems, and better understanding of the earth and its environment. Everyone will benefit as observations from space make it possible to measure the earths resources and to observe whether or not they are being used properly. Increasingly, the space program will help our world deal with the problems of the environment. It has already brought a new appreciation of the complex system of which man is only a part.
One of the first areas of daily life to feel the effects of space travel was education. Americans felt challenged by the news of Sputnik I in 1957. Immediately their government responded by providing greatly increased financial support for U. S. education. Emphasis was placed on teaching more science and leaching it better, from the elementary grades through post-graduate school. Because education emphasized science and engineering, thousands of scientists and engineers were produced. These specialists participated more widely in government and industry than ever before..
In discussing how space travel has contributed to life on earth, some writers also emphasize the management methods which were developed in the effort to land men on the moon. That complex operation required new methods for directing the combined endeavours of thousands and thousands of minds, some in
government, some in universities, some in private industry all working together for a common purpose. Of the set of management techniques that made the walk on the moon possible, one writer, Tom Alexander, has written in Fortune magazine: This is potentially the most powerful tool in mans history. . . The question now is whether such techniques can be refashioned and turned to other tasks as well.
Another result of the space travel has concerned the quality of industrial products. Early in the Space Age, some of the equipment used by astronauts failed to perform properly. Space program managers were convinced by these events that space travel would require greater assurance of quality and dependability than had previously been demanded in industry.
To deal with the problem of quality and dependability, those in charge of the space program emphasized the need for testing industrial products. Many companies that had to develop tests for the space program also manufactured products for use on earth, such as cars and planes. Since some parts are used both in space systems and in products for ordinary life, the emphasis on quality had spread through American industry. Many products are now more reliable than they might have been if men had not been sent to the moon.
In addition to improving the quality of existing products, the space program has been responsible for the development and improvement of new ones. The most important is the computer. To bring the endangered Apollo 13 home safely in 1970, a new flight plan had to be made taking account of an unbelievably complex combination of elements. The computer accomplished this task in seventy-two minutes, whereas a man or a woman working with pencil and paper would have taken more than a million years! If there had been no space program, it is doubtful that computers would now be so widely used in industry and government. More than 800, 000 people in the United States are now employed in jobs related to computers: it is a field in which some of the highest salaries are paid.
基础语法知识巩固:一般将来时
不止是否定的意思,对too...to你了解多少
你知道吗?名词还有这样的特殊用法
限制性定语从句与非限制性定语从句究竟有何区别
高中语法探秘:so far 一定要连用现在完成时吗?
ago用法详解:一般不与现在完成时连用
数词大比“拼”,1-100你都会拼吗?
时态语法讲解:现在完成进行时的正确用法
英语中对“将来”的表示方法竟多次多样
名师分享,口语中的语法和词汇的学习方法
英语名词复数的构成方法解析
动词短语详解:动词+for的常用搭配(上)
动词短语详解:动词+for的常用搭配(下)
口语表达中,不可不知的数词知识盘点
不看不知道,数词在时间表示中的各种用法
独立主格的七种结构形式盘点
常与现在完成时连用的单词都有哪些
名词所有格中你不知道的事,s的所有意义
例题解析:独立主格结构例题
独立主格结构使用的5点注意事项
英语入门基础:这些情况下的字母要大写
英语被动语态中的易错知识点盘点
英语程度副词的重要知识点盘点
英语学习秘笈:论语法与语感的重要性
a 和 an的所有用法,你未必都知道
复合词盘点:用no-, some-, any - 开头的复合词
不同情形中,一般现在时表示将来的用法
英语频度副词详解,频度副词介绍
有个性名词之单复数相同的名词
数字1-10,你可不一定真的会念
| 不限 |
| 英语教案 |
| 英语课件 |
| 英语试题 |
| 不限 |
| 不限 |
| 上册 |
| 下册 |
| 不限 |