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    新航道北京學校名師試聽趙臨川-托福閱讀-閱讀題看不懂行嗎
    趙臨川-托福閱讀-閱讀題看不懂行嗎

    介紹:自我介紹及托福閱讀單項介紹 題型之——修辭目的題講解 學生案例分析及備考策略

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    時長:31:53  年份:2019-5

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    視頻概述

    托福閱讀

      北京新航道學校-趙臨川老師

      課程內容

      自我介紹及托福閱讀單項介紹

      題型之——修辭目的題講解

      學生案例分析及備考策略

      自我介紹

      趙臨川 – Lincoln

      英國University of Strathclyde教育研究碩士;

      東南大學科學教育學士;

      七年教育研究經驗;

      上千萬字的英語文獻閱讀量;

      人生格言:每個人都是奇跡,而若能夠看遍并感受這個由奇跡組成的世界,便是我此生的奇跡。

      托福閱讀單項介紹

      滿分30分;

      60分鐘, 3篇文章(約800詞/篇), 共45個問題;(加試則為80分鐘, 4篇文章, 60個問題)

      分數算法:無來自官方的確切的標準,但推測與題目難易度有關(4-6→28-26→10);

      10種題型。

      托福閱讀單項介紹

      d) 10種題型:

      詞匯題 9-15道

      段落結構題 1-3道

      句子簡化題 2-3道

      句子插入題 3道

      指代題 0-2道

      推斷題 2-6道

      事實信息題 9-21道

      選非題 2-6道

      修辭目的題 2-6道

      文章總結題(6選3)/表格題(7選5) 3道

      托福閱讀單項介紹

      d) 10種題型:

      詞匯題 9-15道

      段落結構題 1-3道

      句子簡化題 3道

      句子插入題 2-3道

      指代題 0-2道

      推斷題 2-6道

      事實信息題 9-21道

      選非題 2-6道

      修辭目的題 2-6道

      文章總結題(6選3)/表格題(7選5) 3道

      修辭目的題講解

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict. When researchers measured the heart rate, muscle tension and skin conductance of people before, during and after yawning, they did detect some changes in skin conductance following yawning, indicating a slight increase in physiological activity. However, similar changes occurred when the subjects were asked simply to open their mouths or to breathe deeply. Yawning did nothing special to their state of physiological activity. Experiments have also cast serious doubt on the belief that yawning is triggered by a drop in blood oxygen or a rise in blood carbon dioxide. Volunteers were told to think about yawning while they breathed either normal air, pure oxygen, or an air mixture with an above-normal level of carbon dioxide. If the theory was correct, breathing air with extra carbon dioxide should have triggered yawning, while breathing pure oxygen should have suppressed yawning. In fact, neither condition made any difference to the frequency of yawning, which remained constant at about 24 yawns per hour. Another experiment demonstrated that physical exercise, which was sufficiently vigorous to double the rate of breathing, had no effect on the frequency of yawning. Again the implication is that yawning has little or nothing to do with oxygen.

      Why does the author note that there were physiological changes when subjects opened their mouths or breathed deeply?

      ○To present an argument in support of the tiredness theory

      ○To cast doubt on the reliability of the tests that measured heart rate, muscle tension and skin conductance

      ○To argue against the hypothesis that yawning provides a special way to improve alertness or raise physiological activity

      ○To support the idea that opening the mouth or breathing deeply can affect blood oxygen levels

      修辭目的題講解

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict. When researchers measured the heart rate, muscle tension and skin conductance of people before, during and after yawning, they did detect some changes in skin conductance following yawning, indicating a slight increase in physiological activity. However, similar changes occurred when the subjects were asked simply to open their mouths or to breathe deeply. Yawning did nothing special to their state of physiological activity. Experiments have also cast serious doubt on the belief that yawning is triggered by a drop in blood oxygen or a rise in blood carbon dioxide. Volunteers were told to think about yawning while they breathed either normal air, pure oxygen, or an air mixture with an above-normal level of carbon dioxide. If the theory was correct, breathing air with extra carbon dioxide should have triggered yawning, while breathing pure oxygen should have suppressed yawning. In fact, neither condition made any difference to the frequency of yawning, which remained constant at about 24 yawns per hour. Another experiment demonstrated that physical exercise, which was sufficiently vigorous to double the rate of breathing, had no effect on the frequency of yawning. Again the implication is that yawning has little or nothing to do with oxygen.

      Why does the author note that there were physiological changes when subjects opened their mouths or breathed deeply?

      ○To present an argument in support of the tiredness theory

      ○To cast doubt on the reliability of the tests that measured heart rate, muscle tension and skin conductance

      ○To argue against the hypothesis that yawning provides a special way to improve alertness or raise physiological activity

      ○To support the idea that opening the mouth or breathing deeply can affect blood oxygen levels

      修辭目的題講解

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict. When researchers measured the heart rate, muscle tension and skin conductance of people before, during and after yawning, they did detect some changes in skin conductance following yawning, indicating a slight increase in physiological activity. However, similar changes occurred when the subjects were asked simply to open their mouths or to breathe deeply. Yawning did nothing special to their state of physiological activity. Experiments have also cast serious doubt on the belief that yawning is triggered by a drop in blood oxygen or a rise in blood carbon dioxide. Volunteers were told to think about yawning while they breathed either normal air, pure oxygen, or an air mixture with an above-normal level of carbon dioxide. If the theory was correct, breathing air with extra carbon dioxide should have triggered yawning, while breathing pure oxygen should have suppressed yawning. In fact, neither condition made any difference to the frequency of yawning, which remained constant at about 24 yawns per hour. Another experiment demonstrated that physical exercise, which was sufficiently vigorous to double the rate of breathing, had no effect on the frequency of yawning. Again the implication is that yawning has little or nothing to do with oxygen.

      Why does the author note that there were physiological changes when subjects opened their mouths or breathed deeply?

      ○To present an argument in support of the tiredness theory

      ○To cast doubt on the reliability of the tests that measured heart rate, muscle tension and skin conductance

      ○To argue against the hypothesis that yawning provides a special way to improve alertness or raise physiological activity

      ○To support the idea that opening the mouth or breathing deeply can affect blood oxygen levels

      修辭目的題講解

      如何理解“作者使用修辭的意圖”?

      For example,

      天空好藍呀,就像藍寶石一樣。

      我特別想減肥。雖然我現在很想吃甜點,但是我也要忍住不吃。

      修辭存在的目的是為了去說明一件事情。

      修辭目的題講解

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict. When researchers measured the heart rate, muscle tension and skin conductance of people before, during and after yawning, they did detect some changes in skin conductance following yawning, indicating a slight increase in physiological activity. However, similar changes occurred when the subjects were asked simply to open their mouths or to breathe deeply. Yawning did nothing special to their state of physiological activity. Experiments have also cast serious doubt on the belief that yawning is triggered by a drop in blood oxygen or a rise in blood carbon dioxide. Volunteers were told to think about yawning while they breathed either normal air, pure oxygen, or an air mixture with an above-normal level of carbon dioxide. If the theory was correct, breathing air with extra carbon dioxide should have triggered yawning, while breathing pure oxygen should have suppressed yawning. In fact, neither condition made any difference to the frequency of yawning, which remained constant at about 24 yawns per hour. Another experiment demonstrated that physical exercise, which was sufficiently vigorous to double the rate of breathing, had no effect on the frequency of yawning. Again the implication is that yawning has little or nothing to do with oxygen.

      Why does the author note that there were physiological changes when subjects opened their mouths or breathed deeply?

      ○To present an argument in support of the tiredness theory

      ○To cast doubt on the reliability of the tests that measured heart rate, muscle tension and skin conductance

      ○To argue against the hypothesis that yawning provides a special way to improve alertness or raise physiological activity

      ○To support the idea that opening the mouth or breathing deeply can affect blood oxygen levels

      修辭目的題講解

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict. When researchers measured the heart rate, muscle tension and skin conductance of people before, during and after yawning, they did detect some changes in skin conductance following yawning, indicating a slight increase in physiological activity. However, similar changes occurred when the subjects were asked simply to open their mouths or to breathe deeply. Yawning did nothing special to their state of physiological activity. Experiments have also cast serious doubt on the belief that yawning is triggered by a drop in blood oxygen or a rise in blood carbon dioxide. Volunteers were told to think about yawning while they breathed either normal air, pure oxygen, or an air mixture with an above-normal level of carbon dioxide. If the theory was correct, breathing air with extra carbon dioxide should have triggered yawning, while breathing pure oxygen should have suppressed yawning. In fact, neither condition made any difference to the frequency of yawning, which remained constant at about 24 yawns per hour. Another experiment demonstrated that physical exercise, which was sufficiently vigorous to double the rate of breathing, had no effect on the frequency of yawning. Again the implication is that yawning has little or nothing to do with oxygen.

      修辭目的題講解

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict. When researchers measured the heart rate, muscle tension and skin conductance of people before, during and after yawning, they did detect some changes in skin conductance following yawning, indicating a slight increase in physiological activity. However, similar changes occurred when the subjects were asked simply to open their mouths or to breathe deeply. Yawning did nothing special to their state of physiological activity. // Experiments have also cast serious doubt…

      題目所問的句子所處事件:

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict.

      修辭目的題講解

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict【主旨1】. When researchers measured the heart rate, muscle tension and skin conductance of people before, during and after yawning, they did detect some changes in skin conductance following yawning, indicating a slight increase in physiological activity 【例1 – 反駁主旨1】. However, similar changes occurred when the subjects were asked simply to open their mouths or to breathe deeply 【例2 – 反駁例1】. Yawning did nothing special to their state of physiological activity. 【小結】// Experiments have also cast serious doubt… 【主旨2】

      題目所問的句子所處事件:

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict.

      主旨1 – 例1 – 例2 – 小結 – 主旨2 – …

      修辭目的題講解

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict【主旨1】. When researchers measured the heart rate, muscle tension and skin conductance of people before, during and after yawning, they did detect some changes in skin conductance following yawning, indicating a slight increase in physiological activity 【例1 – 反駁主旨1】. However, similar changes occurred when the subjects were asked simply to open their mouths or to breathe deeply 【例2 – 反駁例1】. Yawning did nothing special to their state of physiological activity. 【小結】// Experiments have also cast serious doubt… 【主旨2】

      題目所問的句子所處事件:

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict.

      主旨1 – 例1 – 例2 – 小結 – 主旨2 – …

      修辭目的題講解

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict【主旨1】. When researchers measured the heart rate, muscle tension and skin conductance of people before, during and after yawning, they did detect some changes in skin conductance following yawning, indicating a slight increase in physiological activity 【例1 – 反駁主旨1】. However, similar changes occurred when the subjects were asked simply to open their mouths or to breathe deeply 【例2 – 反駁例1】. Yawning did nothing special to their state of physiological activity. 【小結】// Experiments have also cast serious doubt… 【主旨2】

      題目所問的句子所處事件:

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict.

      主旨1 – 例1 – 例2 – 小結 – 主旨2 – …

      修辭目的題講解

      Another flaw of the tiredness theory is that yawning does not raise alertness or physiological activity, as the theory would predict【主旨1】. When researchers measured the heart rate, muscle tension and skin conductance of people before, during and after yawning, they did detect some changes in skin conductance following yawning, indicating a slight increase in physiological activity 【例1 – 反駁主旨1】. However, similar changes occurred when the subjects were asked simply to open their mouths or to breathe deeply 【例2 – 反駁例1】. Yawning did nothing special to their state of physiological activity. 【小結】// Experiments have also cast serious doubt… 【主旨2】

      主旨1 – 例1 – 例2 – 小結 – 主旨2 – …

      反駁例1還是支持主旨1?

      通過反駁例1來支持主旨1

      修辭目的題講解

      Why does the author note that there were physiological changes when subjects opened their mouths or breathed deeply?

      ○To present an argument in support of the tiredness theory

      ○To cast doubt on the reliability of the tests that measured heart rate, muscle tension and skin conductance

      ○To argue against the hypothesis that yawning provides a special way to improve alertness or raise physiological activity

      ○To support the idea that opening the mouth or breathing deeply can affect blood oxygen levels

      主旨1 – 例1 – 例2 – 小結 …

      通過反駁例1來支持主旨1

      修辭目的題講解

      Why does the author note that there were physiological changes when subjects opened their mouths or breathed deeply?

      ○To present an argument in support of the tiredness theory

      ○To cast doubt on the reliability of the tests that measured heart rate, muscle tension and skin conductance

      ○To argue against the hypothesis that yawning provides a special way to improve alertness or raise physiological activity

      ○To support the idea that opening the mouth or breathing deeply can affect blood oxygen levels

      主旨1 – 例1 – 例2 – 小結 …

      通過反駁例1來支持主旨1

      修辭目的題講解

      The quantity and total weight of soil flora generally exceed that of soil fauna. By far the most numerous and smallest of the plants living in soil are bacteria. Under favorable conditions, a million or more of these tiny, single-celled plants can inhabit each cubic centimeter of soil. It is the bacteria, more than any other organisms, that enable rock or other parent material to undergo the gradual transformation to soil. Some bacteria produce organic acids that directly attack parent material, breaking it down and releasing plant nutrients. Others decompose organic litter (debris) to form humus (nutrient-rich organic matter). A third group of bacteria inhabits the root systems of plants called legumes. These include many important agricultural crops, such as alfalfa, clover, soybeans, peas, and peanuts. The bacteria that legumes host within their root nodules (small swellings on the root) change nitrogen gas from the atmosphere into nitrogen compounds that plants are able to metabolize, a process, known as nitrogen fixation, that makes the soil more fertile. Other microscopic plants also are important in soil development. For example, in highly acidic soils where few bacteria can survive, fungi frequently become the chief decomposers of organic matter.

      In paragraph 2, why does the author mention the activity of fungi in acidic soils?

      ○ To demonstrate that fungi are capable of nitrogen fixation under certain conditions

      ○ To supports the claim that microscopic plants besides bacteria contribute to soil development

      ○ To show that fungi play a different role from bacteria in decomposing organic matter

      ○ To account for the survival rate of microscopic plants in highly acidic soils

      修辭目的題講解

      The quantity and total weight of soil flora generally exceed that of soil fauna. By far the most numerous and smallest of the plants living in soil are bacteria. Under favorable conditions, a million or more of these tiny, single-celled plants can inhabit each cubic centimeter of soil. It is the bacteria, more than any other organisms, that enable rock or other parent material to undergo the gradual transformation to soil. Some bacteria produce organic acids that directly attack parent material, breaking it down and releasing plant nutrients. Others decompose organic litter (debris) to form humus (nutrient-rich organic matter). A third group of bacteria inhabits the root systems of plants called legumes. These include many important agricultural crops, such as alfalfa, clover, soybeans, peas, and peanuts. The bacteria that legumes host within their root nodules (small swellings on the root) change nitrogen gas from the atmosphere into nitrogen compounds that plants are able to metabolize, a process, known as nitrogen fixation, that makes the soil more fertile. Other microscopic plants also are important in soil development. For example, in highly acidic soils where few bacteria can survive, fungi frequently become the chief decomposers of organic matter.

      In paragraph 2, why does the author mention the activity of fungi in acidic soils?

      ○ To demonstrate that fungi are capable of nitrogen fixation under certain conditions

      ○ To supports the claim that microscopic plants besides bacteria contribute to soil development

      ○ To show that fungi play a different role from bacteria in decomposing organic matter

      ○ To account for the survival rate of microscopic plants in highly acidic soils

      修辭目的題講解

      The quantity and total weight of soil flora generally exceed that of soil fauna. By far the most numerous and smallest of the plants living in soil are bacteria. Under favorable conditions, a million or more of these tiny, single-celled plants can inhabit each cubic centimeter of soil. It is the bacteria, more than any other organisms, that enable rock or other parent material to undergo the gradual transformation to soil. Some bacteria produce organic acids that directly attack parent material, breaking it down and releasing plant nutrients. Others decompose organic litter (debris) to form humus (nutrient-rich organic matter). A third group of bacteria inhabits the root systems of plants called legumes. These include many important agricultural crops, such as alfalfa, clover, soybeans, peas, and peanuts. The bacteria that legumes host within their root nodules (small swellings on the root) change nitrogen gas from the atmosphere into nitrogen compounds that plants are able to metabolize, a process, known as nitrogen fixation, that makes the soil more fertile. Other microscopic plants also are important in soil development. For example, in highly acidic soils where few bacteria can survive, fungi frequently become the chief decomposers of organic matter.

      In paragraph 2, why does the author mention the activity of fungi in acidic soils?

      ○ To demonstrate that fungi are capable of nitrogen fixation under certain conditions

      ○ To supports the claim that microscopic plants besides bacteria contribute to soil development

      ○ To show that fungi play a different role from bacteria in decomposing organic matter

      ○ To account for the survival rate of microscopic plants in highly acidic soils

      修辭目的題講解

      In the deeper waters of the oceans, there is a much greater tendency for animals to await the arrival of food particles or prey rather than to search them out actively (thus minimizing energy expenditure). This has resulted in a more stealthy style of feeding, with the consequent emphasis on lures and/or the evolution of elongated appendages that increase the active volume of water controlled or monitored by the animal. Another consequence of the limited availability of prey is that many animals have developed ways of coping with much larger food particles, relative to their own body size, than the equivalent shallower species can process. Among the fishes there is a tendency for the teeth and jaws to become appreciably enlarged. In such creatures, not only are the teeth hugely enlarged and/or the jaws elongated but the size of the mouth opening may be greatly increased by making the jaw articulations so flexible that they can be effectively dislocated. Very large or long teeth provide almost no room for cutting the prey into a convenient size for swallowing, the fish must gulp the prey down whole.

      Why does the author include the information that animals in the deep ocean place an emphasis on “lures" and have evolved "elongated appendages”?

      O To argue against the view that animals in the deep ocean use more energy to find food than do animals in shallow waters

      O To emphasize the importance of an am mars ability to control a large volume of water

      O To identify some feeding strategies that animals have developed to minimize their energy expenditure

      O To give examples of body structures that help those animals move quickly in deep ocean waters

      修辭目的題講解

      In the deeper waters of the oceans, there is a much greater tendency for animals to await the arrival of food particles or prey rather than to search them out actively (thus minimizing energy expenditure). This has resulted in a more stealthy style of feeding, with the consequent emphasis on lures and/or the evolution of elongated appendages that increase the active volume of water controlled or monitored by the animal. Another consequence of the limited availability of prey is that many animals have developed ways of coping with much larger food particles, relative to their own body size, than the equivalent shallower species can process. Among the fishes there is a tendency for the teeth and jaws to become appreciably enlarged. In such creatures, not only are the teeth hugely enlarged and/or the jaws elongated but the size of the mouth opening may be greatly increased by making the jaw articulations so flexible that they can be effectively dislocated. Very large or long teeth provide almost no room for cutting the prey into a convenient size for swallowing, the fish must gulp the prey down whole.

      Why does the author include the information that animals in the deep ocean place an emphasis on “lures" and have evolved "elongated appendages”?

      O To argue against the view that animals in the deep ocean use more energy to find food than do animals in shallow waters

      O To emphasize the importance of an am mars ability to control a large volume of water

      O To identify some feeding strategies that animals have developed to minimize their energy expenditure

      O To give examples of body structures that help those animals move quickly in deep ocean waters

      修辭目的題講解

      In the deeper waters of the oceans, there is a much greater tendency for animals to await the arrival of food particles or prey rather than to search them out actively (thus minimizing energy expenditure). This has resulted in a more stealthy style of feeding, with the consequent emphasis on lures and/or the evolution of elongated appendages that increase the active volume of water controlled or monitored by the animal. Another consequence of the limited availability of prey is that many animals have developed ways of coping with much larger food particles, relative to their own body size, than the equivalent shallower species can process. Among the fishes there is a tendency for the teeth and jaws to become appreciably enlarged. In such creatures, not only are the teeth hugely enlarged and/or the jaws elongated but the size of the mouth opening may be greatly increased by making the jaw articulations so flexible that they can be effectively dislocated. Very large or long teeth provide almost no room for cutting the prey into a convenient size for swallowing, the fish must gulp the prey down whole.

      Why does the author include the information that animals in the deep ocean place an emphasis on “lures" and have evolved "elongated appendages”?

      O To argue against the view that animals in the deep ocean use more energy to find food than do animals in shallow waters

      O To emphasize the importance of an am mars ability to control a large volume of water

      O To identify some feeding strategies that animals have developed to minimize their energy expenditure

      O To give examples of body structures that help those animals move quickly in deep ocean waters

      修辭目的題講解

      In the deeper waters of the oceans, there is a much greater tendency for animals to await the arrival of food particles or prey rather than to search them out actively (thus minimizing energy expenditure). This has resulted in a more stealthy style of feeding, with the consequent emphasis on lures and/or the evolution of elongated appendages that increase the active volume of water controlled or monitored by the animal. Another consequence of the limited availability of prey is that many animals have developed ways of coping with much larger food particles, relative to their own body size, than the equivalent shallower species can process. Among the fishes there is a tendency for the teeth and jaws to become appreciably enlarged. In such creatures, not only are the teeth hugely enlarged and/or the jaws elongated but the size of the mouth opening may be greatly increased by making the jaw articulations so flexible that they can be effectively dislocated. Very large or long teeth provide almost no room for cutting the prey into a convenient size for swallowing, the fish must gulp the prey down whole.

      Why does the author include the information that animals in the deep ocean place an emphasis on “lures" and have evolved "elongated appendages”?

      O To argue against the view that animals in the deep ocean use more energy to find food than do animals in shallow waters

      O To emphasize the importance of an am mars ability to control a large volume of water

      O To identify some feeding strategies that animals have developed to minimize their energy expenditure

      O To give examples of body structures that help those animals move quickly in deep ocean waters

      修辭目的題講解

      小結

      找到原句;

      識別邏輯;

      鎖定對應部分;

      對應選項。

      針對不同邏輯,采取不同的做法 – 后續將有更多相關課程

      學員案例分析及備考策略

      1月份班課后

      

    wps10.png


      

      
    wps12.png


      學員案例分析及備考策略

      課前情況:

      詞匯量 – 足夠,幾乎可以應付所有詞匯題(10k左右);

      閱讀理解 – 過關,很少有看不懂的句子;

      做題準確度 – 每篇文章基本錯3道,沒有題型規律;

      做題速度 – 一般,基本可以保證20分鐘一篇文章。

      自考結果:閱讀22,總分90。

      學員案例分析及備考策略

      課中備考:

      詞匯量 – *擴充至至少8k,同時識記TPO所有的詞匯題;

      閱讀理解 – *精讀,劃分句子結構,查閱所有生詞;

      做題準確度 – 培訓課程/專項訓練;

      做題速度 – 按照如下順序掐時:每題,每篇,四篇。

      上課后成績:閱讀27分(一個月提升5分),總分105(一個月提升15分)。

      學員案例分析及備考策略

      按部就班備考,有問題找新航道。

      祝大家都能考出滿意的成績!


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