A proven method for effective textbook reading is the SQ3R method developed by Francis Robinson. The first is to survey (the S step) the chapter by reading the title, introduction, section headings, summary., and by studying any graphs, tables, illustrations or charts. The purpose of this step is to get an overview of the chapter so that you will know before you read what it will be about. In the second step (the Q step), for each section you ask yourself questions such as "What do I already know about this topic?" and "What do I want to know?" In this step you also take the section heading and turn it into a question. This step gives you a purpose for reading the section. The third step (the first of the 3 R's) is to read to find the answers to your questions. Then at the end of each section, before going on to the next section, you recite ( the second of the 3 R's) the answers to the questions that formed in the question step. When you recite you should say the information you want to learn out loud in your own words. The fifth step is done after you have completed step 2, 3 and 4 for each section. You review (the last of the 3 R's) the entire chapter. The review is done much as the survey was in the first step. As you review, hold a mental conversation with yourself as you recite the information you selected as important to learn. The mental conversation could take the form of asking and answering the questions formed the headings or reading the summary, which lists the main ideas in the chapter, and trying to fill in the details for each main idea.
The passage implies that the SQ3R method .
A. needs to be prove B. leaves much to be desired
C. turns out to be practicable D. cannot be used by every reader
The SQ3R method consists of steps .
A. three B. four C. five D. seven
According to the passage, the first step helps the readers .
A. read the first several paragraphs B. scan the whole chapter
C. study the graphs D. get the theme of chapter
Which of the following statements is true?
A. In the last step, you should remember all the information.
B. When you finish the last step, you will get both the main idea and the details.
C. The mental conversation involves answering the questions asked by the author.
D. While you are holding a mental conversation you select the important information.
津橋教育計算小狀元系列答案科目：高中英語 來源：2011-2012學(xué)年江蘇省泰州中學(xué)高三上學(xué)期期中考試英語卷 題型：閱讀理解
請認(rèn)真閱讀下列短文，并根據(jù)所讀內(nèi)容在文章后表格中的空格里填入最恰當(dāng)?shù)膯卧~。
注意：每空格1個單詞。
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 (燃料電池).
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(鉑). The membrane separates the electrons(電子) from the protons(質(zhì)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 | ·【小題1】________ by Sir William Grove in 1839. ·Designed 【小題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 【小題3】________ the active metal platinum. ·The electrons are 【小題4】________ from the protons in the hydrogen atoms. ·The protons pass through the fuel cell to the other side. ·Oxygen from the air is【小題5】________ into the other side of the fuel cell. ·The gas meets the protons，and then water and heat are【小題6】 ________ |
| Reasons for slow 【小題7】___________ of hydrogen fuel cell cars | ·There are many technical problems【小題8】 ________ ·The durability of the membranes in P.E.M. fuel cells is not clear. ·They have to start easily at 【小題9】________ temperatures and in dry climates. ·They must be smaller and less costly before 【小題10】________ gasoline engines. |
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科目：高中英語 來源：2012屆江蘇省泰州中學(xué)高三第一學(xué)期期中考試英語試卷 題型：閱讀理解
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 (燃料電池).
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(鉑). The membrane separates the electrons(電子) from the protons(質(zhì)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. |
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科目：高中英語 來源：2011-2012學(xué)年江蘇省高三第一學(xué)期期中考試英語試題 題型：填空題
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 (燃料電池).
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(鉑). The membrane separates the electrons(電子) from the protons(質(zhì)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. |
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科目：高中英語 來源：2012屆江蘇省高三上學(xué)期期中考試英語題 題型：填空題
請認(rèn)真閱讀下列短文，并根據(jù)所讀內(nèi)容在文章后表格中的空格里填入最恰當(dāng)?shù)膯卧~。
注意：每空格1個單詞。
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 (燃料電池).
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(鉑). The membrane separates the electrons(電子) from the protons(質(zhì)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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科目：高中英語 來源：江蘇省鹽城中學(xué)2009-2010學(xué)年度高二下學(xué)期期末考 題型：任務(wù)型閱讀
根據(jù)所讀內(nèi)容在文章后圖表中的空格里填入最恰當(dāng)?shù)膯卧~。注意：每空1個單詞。
Unique Tradition from UK
Boxing Day
This holiday, which is observed on December 26, is a unique part of the Christmas season in Great Britain, as well as other Commonwealth nations．Boxing Day comes from a tradition that began in the Middle Ages more than 800 years ago．On this day, English churches would open their ‘a(chǎn)lms box’ and distribute its contents to needy members of the community．It was also a day for servants to celebrate the holidays with their families, having usually worked the day before．Today, Boxing Day is one of the twenty-two paid holidays received by most working Brits．Most people now spend Christmas Day with their family and reserve Boxing Day for exchanging gifts with friends．Although the government shuts down for the day, cinemas and theatres are open．
Queen’s Telegram
In the United States, if you make it to the ripe old age of 101 or 102, Willard Scott will wish you happy birthday on national television．In England, the queen herself will send her congratulations．This fairly new custom is known as "the Queen’s Telegram" and assures centenarians （people at least 100 years old） that they will receive a birthday telegram from the queen on their one-hundredth birthday．The telegram is so longed for by some Brits that one 98-year-old woman was recently proven to have faked her age by two years just to receive the telegram．
High Tea
High tea was first enjoyed by the English working class during the 1700s．This ritual （儀式） began as a practical attempt to hold off hunger pains between breakfast and supper, as eating just two daily meals was common at the time．It was called “high” tea because it was usually taken sitting on top stools in a tea shop or standing at a counter or buffet table．Today, high tea has become a more elegant and popular tradition that is practiced in fine hotels and restaurants around the world．
Public Houses
Visiting a pub is one of Britain’s oldest forms of entertainment．The idea for the first public houses was brought to Britain thousands of years ago by conquering Roman army．The first pubs served only wine, but after the discovery of hops（啤酒花） in the fourteenth century, pubs began to serve mainly beer and ale（麥芽酒）, as they do today．
British pubs operate between 11 a．m．a(chǎn)nd 11 p．m．every day except Sunday, when they must close at 10:30 p．m．The drinking age in Britain is eighteen, but fourteen-year-olds may enter a pub unaccompanied if they order a meal．
Unique Tradition from UK
|
Traditions |
Time |
Main Activities |
|
Boxing Day |
Observed on Dc．26 during the （1.）______ season． |
In the past, churches would open their “alms box”, with its contents （2.）_______ to needy people． Today it is reserved to （3.）_____gifts with friends． |
|
Queen’s Telegram |
（4.）______by the Queen when one has his or her 100th birthday． |
People over 100 years will receive a birthday telegram from the queen herself on her birthday, enjoying the Queen’s （5.）_____ to them． |
|
High Tea |
Enjoyed and practiced between breakfast and supper． |
It （6.）______to be taken sitting in a tea shop, or standing at a corner．Today it’s becoming a tradition （7.）_____ in the hotels and restaurants worldwide． |
|
Public Houses |
Visited between 11 a．m．a(chǎn)nd 11 p．m．every day （8.）_____Sunday． |
At the （9.）______, only wine was served, but today they mainly serve beer and ale, but people （10.）_____than eighteen are not allowed to drink． |
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