题目内容

Sir William Osler has a few words for you: “In the Life of a young man, the most essential thing for happiness is the gift of friendship.” Truer words were never spoken. For what more could you ask than comradeship during the peaks and valleys of life? To whom else but a close, valuable friend can you show off your successes and complain about your failures or losses?

What is a “good friend”? How is he best described? Well, it has been my observation that although many will cry with you, few can sincerely rejoice (欣喜) with you. Therefore, in my opinion, a good friend is one who can enjoy your successes without envy; one who can say, “That was wonderful! You can do it again, even better if you want!” and mean it. Nothing taxes a friendship more than the success of one and not the other. Even the closest of friendships often cannot resist such pressure and fail. No wonder many minor friendships go down day by day for the same reason.

A person of good character and sound moral, of honor and humor, of courage and belief is a friend to be sought and treasured — for there are few. Too often we hear, “If you can count your good friends on more than one hand, consider yourself blessed.”

What makes a friendship last? Well, I don’t know all the answers, but one of my observations is that most good friends usually have similar tastes. They generally like and dislike many of the same things. There also usually seems to exist a similarity of personality types — especially in the fundamental values of life such as honesty, sincerity, loyalty, and dependability. More often than not, birds of a feather do fly together. I don’t think it matters a lot whether one prefers jazz or hockey to another’s Mozart or ballet. Much other matters far more: relying, sharing, giving, getting, enjoying; a sympathetic ear always there; criticism when it can help; praise — even if only because it would help. With not many people on this earth will you find this much in common. When you find one, hang on to him, for a good friend found is a rare treasure.

The function of Paragraph 1 is to introduce ______.

A. a famous saying 

B. the topic for discussion

C. a famous person 

D. two different attitudes

What is the meaning of the underlined sentence in Paragraph two?

A. People don’t have to pay taxes to develop friendship with others.

B. Success of one person can promote his friendship with others.

C. Friendship can be affected by the difference in success between friends.

D. Nothing can affect friendship because it has gone through the peaks and valleys of life.

What is the main idea of Paragraph three ?

A. One is lucky to have many friends.

B. A friend should have a good character.

C. We should count our friends on more than one hand.

D. A true friend should be treasured because there are few.

According to the passage, which of the following plays the LEAST important role in a long-lasting friendship?

A. Hobbies.    B. Tastes. C. Personality.       D. Sympathy.

【小题1】B

【小题2】C

【小题3】D

【小题4】A


解析:

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  A hobby can be almost anything a person likes to do in his spare time.Hobbyists raise pets, build mode ships, weave baskets, watch birds, hunt animals, climb mountains, raise flowers, fish, ski, skate, and swim.Hobbyists also paint pictures, attend concerts and plays, and perform on musical instruments.They collect everything from books to butterflies, and from shells to stamps.

  People take up hobbies because these activities offer enjoyment, friendship, knowledge and relaxation.Sometimes they even yield financial profit.Hobbies help people relax after periods of hard work, and provide a balance between work and play.Hobbies also offer interesting activities for persons who have retired.Anyone, rich or poor, old or young, sick or well, can follow a satisfying hobby, regardless of his age, position, or income.

  Hobbies can help a person’s mental and physical health.Doctors have found that hobbies are valuable in helping patients recover from physical or mental illness.Hobbies give bedridden or wheel-chair patients something to do, and provide interests that keep them from thinking about themselves.Many hospitals treat patients by having them take up interesting hobbies or pastimes.

  In early times, most people were too busy making a living to have many hobbies.But some persons who had leisure did enjoy hobbies.The ancient Egyptians played games with balls made of wood or pottery.

  People today have more time than ever before for hobbies.Machines have reduced the amount of time they must spend on their jobs.Hobbies provide variety for workers who do the same monotonous(单调的)tasks all day long.More people are retiring than ever before, and at an earlier age.Those who have developed hobbies never need to worry about what to do with their newly-found leisure hours.

  Sir William Osler, a famous Canadian doctor, expressed the value of hobbies by saying.“No man is really happy or safe without a hobby.”

(1)

Which of the following is right?

[  ]

A.

Hobby is one’s regular activity in his office.

B.

Hobby is one’s regular activity in his spare time.

C.

Hobby is a kind of activity only for old people.

D.

Hobby is a kind of activity only for young people.

(2)

It seems that people who ________ may spend more time enjoying their hobbies.

[  ]

A.

have little money

B.

have much money

C.

have retired from their work

D.

have left school

(3)

The phrase “recover from ”in the third paragraph means ________.

[  ]

A.

get back

B.

become healthy again

C.

become calm

D.

supply with a new cover

(4)

In early times, most people spent less time on their hobbies, because ________.

[  ]

A.

they were brave and hard-working

B.

the living conditions were poor

C.

they were engaged in making a living

D.

B and C

(5)

What’s the writer’s opinion about hobbies?

[  ]

A.

People all over the world have the same hobby.

B.

Machines also have their hobbies.

C.

Hobbies are popular among people in Egypt.

D.

People should have hobbies in their spare time

For years, the automobile industry has been testing vehicles that use hydrogen as fuel. Now, people across the United States have had a chance to see and even drive cars that get power from hydrogen fuel cells (燃料电池).
But the hydrogen fuel cell is not a new idea. The fuel cell was first invented by Sir William Grove of Britain in 1839. Since then, many different designs, have been invented. There is one place where fuel cells are a proven technology: in space. The American space agency used fuel cells in its Apollo spaceships in the twentieth century.
The most useful fuel cell for transportation purposes is the Polymer Electrolyte Membrane, or P.E.M. fuel cell. It is simple and can operate at temperatures of sixty to eighty degrees Celsius. That is much lower than other fuel cell designs. A P.E.M. fuel cell has two sides divided by a thin membrane (膜). Hydrogen gas is forced through one side where it comes in contact with a reactive material containing the metal platinum(铂). The membrane separates the electrons(电子) from the protons(质子) in the hydrogen atoms. The protons pass through it to the other side of the fuel cell. But the electrons are captured to do work; like powering a motor. Oxygen from the air is forced into the other side of the fuel cell. There, the gas meets the protons that have passed through the membrane. They combine to form water and heat. A single fuel cell does not produce a lot of electricity. But when many fuel cells are combined, they can produce enough electricity to power a vehicle. The product of the chemical reaction that powers fuel cells is water. This makes fuel cells a very clean technology.
Hydrogen fuel cell cars have been slow to develop because of many technical problems that have to be solved. For example, it is unclear how long the membranes in P.E.M. fuel cells will last. Also, fuel cells need water for their chemical reactions. They must be designed to start easily at low temperatures and in dry climates. And smaller, less costly fuel cells must be designed before they can truly take the place of gasoline engines. Now more models of fuel cell vehicles are being tested than ever before. The threat of climate change and the high cost of oil have increased interest in these vehicles that do not cause pollution.

Title
 More Models of Hydrogen Cars Being Tested
The progress of hydrogen fuel cell
·(1) ________ by Sir William Grove in 1839.
·Designed (2) ________ ever since.
·Used in Apollo spaceships in the twentieth century.
 Operating principle of P.E.M.
·It has two sides divided by a thin membrane.
·Hydrogen gas from one side (3) ________ the active metal platinum.
·The electrons are (4) ________ from the protons in the hydrogen atoms.
·The protons pass through the fuel cell to the other side.
·Oxygen from the air is (5) ________ into the other side of the fuel cell.
·The gas meets the protons,and then water and heat are(6) ________
Reasons for slow (7) ________of hydrogen fuel cell cars
·There are many technical problems (8) ________
·The durability of the membranes in P.E.M. fuel cells is not clear.
·They have to start easily at (9)________ temperatures and in dry climates.
·They must be smaller and less costly before (10) ________ gasoline engines.

阅读下列应用文及相关信息,并按照要求匹配信息。请在答题卡上将对应题号的相应选项字母涂黑。下面是几部荣获奥斯卡奖的著名电影,首先请阅读它们的海报信息:

A.        The Hurt Locker

US Army ordnance disposal teams disarm improvised explosive device (IED)placed by Iraqi guerrilla fighters.         B.                Slumdog Millionaire

TV game—show success fuels one man’s escape from poverty in this Bollywood-tinged romantic drama.

C.   The Departed

A policeman and a criminal go undercover and infiltrate(渗透) each Other’s worlds in this crime thriller.       D.               Dances With Wolves

A nineteenth—century soldier learns to respect and then love the Lakota(拉科他族人) way of life

E.      Brave heart

Thirteenth—century Scot Sir William Wallace takes up the sword to defend his people against the English.    F.                Gladiator

A slave in ancient Rome finds dignity and a reason to live in gladiatorial combat.

下面是对这几部影片的简要介绍,请把它们对应的海报找出来:

1.Sergeant First Class William James,a battle.tested veteran,arrives as a new team leader in Bravo company of a U.S. Army Explosive Ordnance Disposal (E.O.D.) unit to disarm improvised explosive device in Iraq in 2004,replacing Staff Sergeant Matthew Thompson, who is killed by a radio—controlled improvised explosive device in Baghdad.

2.In AD 180,the dying Roman emperor wishes to grant temporary leadership to Maximus, but was killed by his son,Commodus, Maximus realizes the truth,but unfortunately, he is taken to Zucchabar, a Roman city in North Africa,by slave traders。There,he iS bought by Proximo, and forced to fight for his life as a gladiator in arena tournaments.

3.In the 13th century,after several years of political unrest,Scotland is invaded and conquered by King Edward I of England.Young  witnesses the treachery of Longshanks, survives the death of his father and brother.Twenty or so years later, he led the people to fight against the English army, but finally he was killed.1eaving a shout“Freedom!”

4.In Mumbai,India,eighteen-year-old Jamal Malik, a former street child from the Juhu slum, is a contestant on the TV show of Who Wants to Be a Millionaire.and is one question away from the grand prize.However,he is detained and interrogated by the police,who suspect him of cheating because of the impossibility of a simple“slumdog”knowing all the answers.Jamal recounts the incidents in his life which provided him with each answer.

5.Colin is introduced to organized crime by Irish mobster Costello.Costello trains him to become a mole inside the Massachusetts State Police.Colin is accepted into the Special Investigations Unit,which focuses on organized crime.Before Billy graduates from the police academy,he is asked by Captain Queenan to go undercover, as his family ties to organized crime make him a perfect infiltrator.

 

There are records of fingerprints taken many centuries ago. The ancient Babylonians pressed the tips of their fingerprints into clay to record business trade. The Chinese used ink-on-paper finger impressions for business. However, fingerprinting wasn't used as a method for identifying criminals until the 19th century.

In 1858, Sir William Herschel was working as an official of the Hooghly district in Jungipoor, India.In order to reduce fraud(诈骗), he had people living in the district record their fingerprints when signing business documents. A few years later, Scottish doctor Henry Faulds was working in Japan when he discovered fingerprints left by artists on ancient pieces of clay.This finding inspired him to begin investigating fingerprints.In 1880, Faulds wrote to his cousin, the famous naturalist Charles Darwin, and asked for help with developing a fingerprint classification system.Darwin refused, but sent the letter to his cousin, Sir Francis Gallon, who was an eugenicist (优生学家). Gallon began collecting fingerprints and eventually gathered some 8, 000 different samples to analyze. In 1892, he published a book called "Fingerprints", in which he outlined a fingerprint classification system—the first existence.

Around the same time, Juan Vucetich, a police officer in Buenos Aires, Argentina, was developing his own version of a fingerprinting system.In 1892, Vucetich was called in to assist with the investigation of the two boys murdered in Necoche, a village near Buenos Aires. Their mother, Francisca Rojas, accused a neighbour named Velasquez. But when Vucetich compared the fingerprints found at the murder scene to those of both Velasquez and Rojas, they matched Rojas' exactly.She admitted her crime. This was the first time fingerprints had been used in a criminal investigation.Vucetich called his system comparative dactyloscopy(指纹鉴定法). It's still used in many Spanish-speaking countries.

Sir Edward Henry, in charge of the Metropolitan Police of London, soon became interested in using fingerprints to catch criminals. In 1896, he added to Gallon's technique, creating his own classification system, the Henry Classification System. It is the primary method of fingerprint classification throughout most of the world.

1.Herschel had people record their fingerprints so as to_____.

A.develop a fingerprinting system            B.prevent illegal business

C.put them on pieces of clay                D.collect and study fingerprints

2.Who first came up with the idea of creating a fingerprint classification system?

A.Herschel.        B.Faulds.          C.Gallon.          D.Darwin.

3.The underlined word "they" in Paragraph 3 probably refers to "_____".

A.the fingerprints     B.the two boys       C.the crimes         D.the police officers

4.We can learn from the text that _____.

A.Faulds collected many fingerprints while in Japan

B.Henry's classification system is based on Gallon's

C.Darwin showed great interest in studying fingerprints

D.Vucetich's fingerprinting system is still used all over the world

5.What is the text mainly about?

A.Different uses of fingerprints.

B.The history of fingerprinting.

C.Countries that first used fingerprints.

D.The way to collect and analyze fingerprints.

 

请认真阅读下列短文,并根据所读内容在文章后表格中的空格里填入最恰当的单词。

注意:每空格1个单词。

For years, the automobile industry has been testing vehicles that use hydrogen as fuel. Now, people across the United States have had a chance to see and even drive cars that get power from hydrogen fuel cells (燃料电池).

But the hydrogen fuel cell is not a new idea. The fuel cell was first invented by Sir William Grove of Britain in 1839. Since then, many different designs, have been invented. There is one place where fuel cells are a proven technology: in space. The American space agency used fuel cells in its Apollo spaceships in the twentieth century.

The most useful fuel cell for transportation purposes is the Polymer Electrolyte Membrane, or P.E.M. fuel cell. It is simple and can operate at temperatures of sixty to eighty degrees Celsius. That is much lower than other fuel cell designs. A P.E.M. fuel cell has two sides divided by a thin membrane (膜). Hydrogen gas is forced through one side where it comes in contact with a reactive material containing the metal platinum(铂). The membrane separates the electrons(电子) from the protons(质子) in the hydrogen atoms. The protons pass through it to the other side of the fuel cell. But the electrons are captured to do work; like powering a motor. Oxygen from the air is forced into the other side of the fuel cell. There, the gas meets the protons that have passed through the membrane. They combine to form water and heat. A single fuel cell does not produce a lot of electricity. But when many fuel cells are combined, they can produce enough electricity to power a vehicle. The product of the chemical reaction that powers fuel cells is water. This makes fuel cells a very clean technology.

Hydrogen fuel cell cars have been slow to develop because of many technical problems that have to be solved. For example, it is unclear how long the membranes in P.E.M. fuel cells will last. Also, fuel cells need water for their chemical reactions. They must be designed to start easily at low temperatures and in dry climates. And smaller, less costly fuel cells must be designed before they can truly take the place of gasoline engines. Now more models of fuel cell vehicles are being tested than ever before. The threat of climate change and the high cost of oil have increased interest in these vehicles that do not cause pollution.

Title

 More Models of Hydrogen Cars Being Tested

The progress of hydrogen fuel cell

·1.________ by Sir William Grove in 1839.

·Designed 2.________ ever since.

·Used in Apollo spaceships in the twentieth century.

 Operating principle of P.E.M.

·It has two sides divided by a thin membrane.

·Hydrogen gas from one side 3.________ the active metal platinum.

·The electrons are 4.________ from the protons in the hydrogen atoms.

·The protons pass through the fuel cell to the other side.

·Oxygen from the air is5.________ into the other side of the fuel cell.

·The gas meets the protons,and then water and heat are6. ________

Reasons for slow 7.___________

of hydrogen fuel cell cars

·There are many technical problems8. ________

·The durability of the membranes in P.E.M. fuel cells is not clear.

·They have to start easily at 9.________ temperatures and in dry climates.

·They must be smaller and less costly before 10.________ gasoline engines.

 

 

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