皮皮学,免费搜题
登录
搜题
【简答题】
We all remember seeing hitchhikers, standing by the side of the road, thumb, sticking out, waiting for a lift. But it is getting rare nowadays. What killed hitchhiking? Safety is often mentioned as a reason. Movies about murderous hitchhikers and real-life crime have put many drivers off picking up hitchhikers. That no single women picked me up on my journey to Manchester no doubt reflects the safety fear: a large, strangely dressed man is seen as dangerous. But the reason may be more complex: hitchhiking happens where people don’t have cars and transport services are poor. Plenty of people still hitchhike in Poland and Romania. Perhaps the rising level of car ownership in the UK means the few people lift hitchhiking are usually considered strange. Why can’t they afford cars? Why can’t they take the coach or the train? Three-quarters of the UK population have access to a car; many of the remainder will be quite old. The potential hitchhiking population is therefore small. Yet my trip proves it’s still possible to hitchhike. The people who picked me up were very interesting-lawyer, retired surgeon, tank commander, carpenter, man who live in an isolated farmhouse and a couple living up in the mountains. My conclusion is that only really interesting people are mad enough to pick up fat blokes in red, spotted scarves. Most just wanted to do someone a good turn; a few said they were so surprised to see a hitchhiker that they couldn’t help stopping. The future of hitchhiking most likely lies with car-sharing organized over the Internet, via sites such as hitchhikers.org. But for now, you can still stick your thumb out (actually, I didn’t do much of that, preferring just to hold up my destination sign) and people-wonderful, caring, sharing, unafraid people-will stop. In the UK, with its cheap coaches and reasonable rail service, I don’t think I’ll make a habit of it. But having enjoyed it so much, I’m ready now to do a big trip across Europe and beyond. In the 1970s a female friend of my wife’s hitchhiked to India. How wonderful it would be to have another go, though Afghanistan might be a challenge. I wish I’d got that tank commander’s mobile number. 小题1:The author tried to hitchhike but was rejected by single women drivers because . A.they were not heading towards Manchester B.they thought most hitchhikers were dangerous C.hitchhiking had been handed and they didn’t want to break the law D.he was a strong man in strange clothes who seemed dangerous 小题2:Which of the following statements is NOT true according to the passage? A.Movies have discouraged people from hitchhiking B.Car ownership levels are lower in Romania than in the UK. C.25% of UK people don’t have access to cars. D.Increased car ownership has reduced the need for hitchhiking. 小题3:The “fat blokes in red, spotted scarves” in Paragraph 3 most likely means . A.murderous hitchhikers B.friendly and talkative hitchhikers C.typical hitchhikers D.strange hitchhikers like the author 小题4:According to the author, future hitchhikers are more likely to . A.visit websites and find people to share cars with B.stand by roads with their thumbs sticking out C.stick out signs with their destinations written on D.wait for some kind people to pick them up 小题5:From the last paragraph, we know that the author . A.frequently hitchhikes in Britain B.plans to hitchhike across Europe C.thinks public transport is safer for travel D.is going to contact the tank commander
拍照语音搜题,微信中搜索"皮皮学"使用
参考答案:
参考解析:
知识点:
.
..
皮皮学刷刷变学霸
举一反三
【判断题】SiCl 4 分子具有四面体构型,这是因为 Si 原子以 s p 3 杂化轨道与四个 Cl 原子分别成 σ 键,杂化轨道的夹角为 109°28′
A.
正确
B.
错误
【单选题】从消费结构来看,网购人群中恩格尔系数(食物支出占总支出的比例)在()范围,相对于基本生活用品,他们更关心满足高品质生活的商品
A.
40%及以下
B.
41%——50%
C.
51%——60%
D.
61及以上
【简答题】SiCl 4 分子具有四面体构型,这是因为Si原子以 ___(A.sp 3 ; B. sp 2 C. sp D.不等性 sp 3 )杂化轨道分别与四个Cl原子的___ (A.3s; B.3p C.3d D.2p)轨道形成 ___(A、σ键 ,B、π键),键角为109度28分,Si-Cl键为 _____(A、极性键,B、非极性键)、SiCl 4 分子是____ (A、极性分子,B、非极性分子),因为...
【简答题】继续进行的,继续做
【简答题】继续进行,继续下去
【单选题】SST机架发出连续不断的报警信号时,该情况表示()。
A.
测量可继续进行
B.
测量不能继续进行
C.
测量结束
D.
仪器正常
【简答题】继续进行,继续做
【简答题】SiCl 4 分子具有正四面体构型,这是因为 Si 原子以_________杂化轨道与 4 个 Cl 原子分别形成__________ 键 ,杂化轨道键的夹角为___________
【简答题】已知函数y=sin( x+ )( >0, - $amp; )的图像如图所示,则 ='________________  '
【简答题】已知函数y=2sin(ωx+φ)(ω>0)在区间[0,2π]的图象如图:那么ω=______.
相关题目: