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.
67. 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
68. 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.
69. 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.
70. 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
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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. |
The
Hurt Locker
Slumdog
Millionaire
The
Departed
Dances
With Wolves
Brave
heart
Gladiator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. |