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【单选题】

The Motor Car There are now over 700 million motor vehicles in the world — and the number is rising by more than 40 million each year. The average distance driven by car users is growing too—from 8 km a day per person in western Europe in 1965 to 25 km a day in 1995. This dependence on motor vehicles has given rise to major problems, including environmental pollution, depletion of oil resources, traffic congestion and safety. Problems While emissions (废气排放) from new cars are far less harmful than they used to be, city streets and motorways are becoming more crowded than ever, often with older trucks, buses and taxis, which emit excessive levels of smoke and fumes. This concentration of vehicles makes air quality in areas unpleasant and sometimes erous to breathe. Even Moscow has joined the list of capitals suffered form congestion and traffic fumes. In Mexico City, vehicle pollution is a major health hazard. Until a hundred years ago, most journeys were in the 20 km range, the distance conveniently accessible by horse. Heavy freight could only be carried by water or rail. The invention of the motor vehicle brought personal mobility to the masses and made rapid freight delivery possible over a much wider area. Today about 90 per cent of inland freight in the United Kingdom is carried by road. Clearly the world cannot revert to the horse-drawn wagon. Can it avoid being locked into congested and polluting ways of transporting people and goods In Europe most cities are still designed for the old modes of transport. Adaptation to the motor car has involved adding ring roads, one-way systems and parking lots. In the United States, more land is assigned to car use than to housing. The fast development of city life means that life without a car is next to impossible. Mass use of motor vehicles has also killed or injured millions of people. Other social effects have been blamed on the car such as alienation and aggressive human behavior. A 1993 study by the European Federation for Transport and Environment found that car transport is seven times as costly as rail travel in terms of the external social costs it leads to such as traffic jam, accidents, pollution, loss of crop-land and natural habitats, overuse of oil resources, and so on. Yet cars easily surpass trains or buses as a flexible and convenient mode of personal transport. It is unrealistic to expect people to give up private cars in favor of mass transit. Solution Technical solutions can reduce the pollution problem and increase the fuel efficiency of engines. But fuel consumption and exhaust emissions depend on which cars are preferred by customers and how they are driven. Many people buy larger cars than they need for daily purposes or waste fuel by driving aggressively. Besides, global car use is increasing at a faster rate than the improvement in emissions and fuel efficiency which technology is now possible. One solution that has been put forward is the long-term solution of designing cities and neighborhoods so that car journeys are not necessary—all essential services being located within walking distance or easily accessible by public transport. Not only would this save energy and cut carbon dioxide emissions, it would also enhance the quality of community life, putting the emphasis on people instead of cars. Good local government is already bringing this about in some places. But few democratic communities are blessed with the vision—and the capital—to make such profound changes in modern lifestyles. A more practical way to solve the problem seems to be a combination of mass transit systems for travel into and around cities, with small "low emission" cars for use and larger hybrid or lean burn cars for use elsewhere. Electronically tolled highways might be used to ensure that drivers pay charges geared to actual road use. Better integration of transport systems is also highly desirable — and made more feasible by modern computers. But there are solutions for countries which can afford them. In most developing countries, old cars and old technologies continue to predominate. Most European cities were not designed for motor vehicles.

A.
Y
B.
N
C.
NG
题目标签:废气排放
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参考答案:
举一反三

【单选题】工业废气排放标准是指

A.
各工厂企业等污染源在排放口向环境中排放所容许的“三废”数量
B.
各工厂企业在其规定地点所排放出来的“三废”数量
C.
各工厂企业在其烟波着陆点所测出的“三废”数量
D.
各工厂企业所辖的范围内测出的“三废”数量
E.
以上都不是

【多选题】以下哪个选项( )是废气排放口应符合的要求。

A.
排放筒应设置便于采样、监测的采样口
B.
采样口的设置应符合《污染源监测技术规范》
C.
采样口位置无法满足“规范”要求的,其监测孔位置由当地环境监测部门确认
D.
有组织排放废气的排气筒(烟囱)高度应符合《水泥工业大气污染物排放标准》规定
E.
环境保护图形标志牌设置位置应距排污口较近且醒目处,并能长久保留。设置高度一般为:标志牌上缘距离地面1米

【单选题】工业废气排放标准是指()

A.
工厂四周监测污染物数量
B.
工厂烟囱或排气洞口排放废气中污染物数量
C.
工厂烟囱烟波着陆点测出污染物数量
D.
工人活动范围内监测污染物数量
E.
工厂四周100m范围内监测污染物数量
相关题目:
【单选题】工业废气排放标准是指
A.
各工厂企业等污染源在排放口向环境中排放所容许的“三废”数量
B.
各工厂企业在其规定地点所排放出来的“三废”数量
C.
各工厂企业在其烟波着陆点所测出的“三废”数量
D.
各工厂企业所辖的范围内测出的“三废”数量
E.
以上都不是
【多选题】以下哪个选项( )是废气排放口应符合的要求。
A.
排放筒应设置便于采样、监测的采样口
B.
采样口的设置应符合《污染源监测技术规范》
C.
采样口位置无法满足“规范”要求的,其监测孔位置由当地环境监测部门确认
D.
有组织排放废气的排气筒(烟囱)高度应符合《水泥工业大气污染物排放标准》规定
E.
环境保护图形标志牌设置位置应距排污口较近且醒目处,并能长久保留。设置高度一般为:标志牌上缘距离地面1米
【单选题】工业废气排放标准是指()
A.
工厂四周监测污染物数量
B.
工厂烟囱或排气洞口排放废气中污染物数量
C.
工厂烟囱烟波着陆点测出污染物数量
D.
工人活动范围内监测污染物数量
E.
工厂四周100m范围内监测污染物数量
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