阅读理解 HERE are many different Londons, a

题型:阅读理解

问题:

阅读理解

      HERE are many different Londons, and they appeal to people with many different passions: museum

lovers, theatergoers, opera buffs (爱好者, 迷;热心人), devotees of royalty, students of history, people who like to walk in the rain.But richest of all, perhaps, is the London for book lovers.

     Because the city is the star and the backdrop of so much great literature, it is possible to believe you

know it very well-how it looks, how it feels-without ever leaving your home country, or indeed your

home.But it is better to visit, if only for the joy of seeing the landscape of your imagination come to life.

How breathtaking to happen upon Pudding Lane, where a bakery accident led to the Great Fire of 1666, after reading Pepys' account in his diaries.Or to wander along Baker Street, where Sherlock Holmes

once fictionally solved the unsolvable.Walk across London Bridge and gaze down, toward Southwark

Bridge: this is the stretch of the Thames where Dickens's sinister characters dredged up corpses in "Our

Mutual Friend."

     The city is not so foggy as it was in 1952, when Margery Allingham published "The Tiger in the

Smoke, " or as socially stratified as it when Marianne Dashwood waited in "Sense and Sensibility" for a

suitor who never called;or as greedy as it was in the thrusting 1980s of Martin Amis' "Money." But it is

all of those Londons, an accrual of different descriptions and eras.It is a city made for description-reread

the first passages of "Bleak House, " also on the subject of fog, for a moody introduction-and one that so

respects its authors that it buried a number of the best ones in style, in Westminster Abbey.

     There are plenty of organized literarythemed tours around the city, easily found on the Internet.Or you

can wander characteristically on your own, which is more fun.If you take the Tube or the bus, make sure

to carry a book.

1.What can we infer from the first paragraph?

A.Most people of London like visiting museums.

B.No Londoners go to cinemas to see the films.

C.A majority of Londoners are book lovers.

D.All the Londoners like to walk in the rain.

2.What information can you get from Pepy's diaries?

A.Great Fire of 1666 caused by an accident in a bakery.

B.Sherlock Holmes once lived in Baker Street.

C.London Bridge is next to Baker Street.

D."Our Mutual Friend" is one of Dickens's works.

3.Who is Sherlock Holmes?

A.A book lover.

B.A character of Dickens's novel: "Our Mutual Friend".

C.A detective.

D.A person who set the Great Fire of 1666.

4.In which book can't you find the description about the fog in London?

A."The Tiger in the Smoke"    

B."Sense and Sensibility"

C."Money"                  

D."Our Mutual Friend"

5.Which of the following statements is NOT true according to the passage?

A.Most kinds of tours around London may be found on the Internet.

B.You must be shown around London by a guide.

C.There are many kinds of literarythemed activities including tours.

D.You'd better take a book when you travel in London.

考点:日常生活类阅读
题型:阅读理解

从1,2,……,9这九个数中,随机抽取3个不同的数,则这3个数的和为偶数的概率是

题型:阅读理解

9个月患儿,突然抽搐,抽时意识不清,不伴发热,持续2min,自行缓解,缓解后活泼如常,3d内抽搐4次;血钙为1.73mmol/L,血糖4.0mmol/L,诊断为

A.化脓性脑膜炎

B.低血糖

C.维生素D缺乏性手足搐搦症

D.婴儿痉挛症

E.低镁血症

题型:阅读理解

结核性腹膜炎的主要感染途径是__________________________。根据病理解剖特点可分为________________________和______________________型。

题型:阅读理解

下列作品,体现思想文化变革精神的是()

A.《冯谖客孟尝君》

B.《垓下之围》

C.《赵武灵王胡服骑射》

D.《西湖七月半》

题型:阅读理解

(12分)常温常压下,断裂1mol(理想)气体分子化学键所吸收的能量或形成1mol  (理想)气体分子化学键所放出的能量称为键能。下表是一些键能数据(单位为KJ·mol-1

化学键键能化学键键能化学键键能
C-F427C-Cl330C-I218
H-H436S=S255H-S339
 回答下列问题:

(1)由表中数据规律预测C-Br键的键能范围:

_________   <C-Br键能<__________  

(2)热化学方程式2H2(g)+S2(g) =2H2S(g);△H= QKJ·mol1;则Q=                   

(3) 已知下列热化学方程式:

O2 (g) = O+2(g) + e—                              △H1=" +1175.7" kJ·mol-1

PtF6(g) + e= PtF6(g)                △H2="-771.1" kJ·mol-1

O2+PtF6(s) = O2+(g) + PtF6(g)         △H3=" +482.2" kJ·mol-1

 则反应O2(g) +             (g) = O2+PtF6(s)的△H="___________________" kJ·mol-1

(4)已知金刚石和石墨分别在氧气中完全燃烧的热化学方程式为:

C(金刚石,s)+O2(g) =CO2(g) H=-395.4 kJ?mol1

C(石墨,s)+O2(g)=CO2(g)       H=-393.5 kJ?mol1

则石墨转化为金刚石时的热化学方程式为                                        

由此看来碳的这两种同素异形体中更稳定的为             

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