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Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But...
Đọc tiếp

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But today, most oceanographers avoid the use of vulnerable human divers, preferring to reduce the risk to human life and make direct observations by means of instruments that are lowered into the ocean, from samples take from the water, or from photographs made by orbiting satellites. Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water and even by the technology of sophisticated aerial photography from vantage points above the surface of more than seven miles and cruise at depths of fifteen thousand feet. In addition, radio-equipped buoys can be operated by remote control in order to transmit information back to land-based laboratories via satellite. Particularly important for ocean study are data about water temperature, currents, and weather. Satellite photographs can show the distribution of sea ice, oil slicks, and cloud formations over the ocean. Maps created from satellite pictures can represent the temperature and the color of the ocean's surface, enabling researchers to study the ocean currents from laboratories on dry land. Furthermore, computers help oceanographers to collect, organize, and analyze data from submarines and satellites. By creating a model of the ocean's movement and characteristics, scientists can predict the patterns and possible effects of the ocean on the environment.

Recently, many oceanographers have been relying more on satellites and computers than on research ships or even submarine vehicles because they can supply a greater range of information more quickly and more effectively. Some of humankind's most serious problems, especially those concerning energy and food, may be solved with the help of observations made possible by this new technology.

Undersea vehicles ­­________.

A. are too small for a man to fit inside

B. are very slow to respond

C. have the same limitation that divers have

D. make direct observations of the ocean floor

1
4 tháng 2 2018

Đáp án D.

Key word: Undersea vehiles.

Clue: “Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water”: Quan sát trực tiếp đáy biển có thể được thực hiện bởi cả thợ lặn và những tàu ngầm lặn sâu dưới nước.

Phân tích đáp án:

A. are too small for a man to fit inside: quá nhỏ để một người có thể ngồi vào trong.

B. are very slow to respond: phản hồi rất chậm.

C. have the same limitations that divers have: có những hạn chế giống như những gì thợ lặn có.

D. make direct observations of the ocean floor: thưc hiện những quan sát trực tiếp dưới đáy biển.

Dựa vào clue ta thấy rằng “undersea vehicles” chính là “submarines” và đáp án chính xác là D.

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But...
Đọc tiếp

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But today, most oceanographers avoid the use of vulnerable human divers, preferring to reduce the risk to human life and make direct observations by means of instruments that are lowered into the ocean, from samples take from the water, or from photographs made by orbiting satellites. Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water and even by the technology of sophisticated aerial photography from vantage points above the surface of more than seven miles and cruise at depths of fifteen thousand feet. In addition, radio-equipped buoys can be operated by remote control in order to transmit information back to land-based laboratories via satellite. Particularly important for ocean study are data about water temperature, currents, and weather. Satellite photographs can show the distribution of sea ice, oil slicks, and cloud formations over the ocean. Maps created from satellite pictures can represent the temperature and the color of the ocean's surface, enabling researchers to study the ocean currents from laboratories on dry land. Furthermore, computers help oceanographers to collect, organize, and analyze data from submarines and satellites. By creating a model of the ocean's movement and characteristics, scientists can predict the patterns and possible effects of the ocean on the environment.

Recently, many oceanographers have been relying more on satellites and computers than on research ships or even submarine vehicles because they can supply a greater range of information more quickly and more effectively. Some of humankind's most serious problems, especially those concerning energy and food, may be solved with the help of observations made possible by this new technology.

Divers have had problems in communicating underwater because ­­________.

A. the pressure affected their speech organs

B. the vehicles they used have not been perfected

C. they did not pronounce clearly

D. the water destroyed their speech organs

1
29 tháng 4 2019

Đáp án A.

Key word: problems in communicating underwater.

Clue: “Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible”: Vì áp lực dưới biển ảnh hưởng tới các cơ quan phát âm nên việc giao tiếp giữa những người thợ lặn luôn khó khăn hoặc không thể được.

Dựa vào clue ta thấy rằng đáp án chính xác là A. the pressure affected their speech organs: áp lực ảnh hưởng tới các cơ quan phát âm.

Các đáp án khác không đúng:

B. the vehicles they used have not been perfected: những phương tiện mà họ sử dụng chưa được hoàn hảo.

C. they did not pronounce clearly: bọn họ không phát âm rõ ràng.

D. the water destroyed their speech organs: nước hủy hoại cơ quan phát âm của họ.

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions.   Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was...
Đọc tiếp

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions.

  Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But today, most oceanographers avoid the use of vulnerable human divers, preferring to reduce the risk to human life and make direct observations by means of instruments that are lowered into the ocean, from samples taken from the water, or from photographs made by orbiting satellites. Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water and even by the technology of sophisticated aerial photography from vantage points above the surface of more than seven miles and cruise at depths of fifteen thousand feet. In addition, radio-equipped buoys can be operated by remote control in order to transmit information back to land-based laboratories via satellite. Particularly important for ocean study are data about water temperature, currents, and weather. Satellite photographs can show the distribution of sea ice, oil slicks, and cloud formations over the ocean, Maps created from satellite pictures can represent the temperature and the color of the ocean’s surface, enabling researchers to study the ocean currents from laboratories on dry land. Furthermore, computers help oceanographers to collect, organize, and analyze data from submarines and satellites. By creating a model of the ocean’s movement and characteristics, scientists can predict the patterns and possible effects of the ocean on the environment.

          Recently, many oceanographers have been relying more on satellites and computers than on research ships or even submarine vehicles because they can supply a greater range of information more quickly and more effectively. Some of humankind’s most serious problems, especially those concerning energy and food, may be solved with the help of observations made possible by this new technology.

Undersea vehicles ____________.

A. are too small for a man to fit inside

B. are very slow to respond

C. have the same limitations that divers have

D. make direct observations of the ocean floor

1
22 tháng 9 2018

Đáp án D.

Key word: Undersea vehicles.

Clue: “Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water”: Quan sát trực tiếp đáy bin có thể được thực hiện bởi cả thợ lặn và những tàu ngầm lặn sâu dưới nước.

Phân tích đáp án

  A. are too small for a man to fit inside: quá nhỏ để một người có th ngi vào trong.

  B. are very slow to respond: phản hồi rất chậm.

  C. have the same limitations that divers have: có những hạn chế ging như những gì thợ lặn có.

  D. make direct observations of the ocean floor: thực hiện những quan sát trực tiếp dưới đáy bin.

Dựa vào clue ta thấy rằng “undersea vehicles” chính là “submarines” và đáp án chính xác là D.

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But...
Đọc tiếp

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But today, most oceanographers avoid the use of vulnerable human divers, preferring to reduce the risk to human life and make direct observations by means of instruments that are lowered into the ocean, from samples take from the water, or from photographs made by orbiting satellites. Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water and even by the technology of sophisticated aerial photography from vantage points above the surface of more than seven miles and cruise at depths of fifteen thousand feet. In addition, radio-equipped buoys can be operated by remote control in order to transmit information back to land-based laboratories via satellite. Particularly important for ocean study are data about water temperature, currents, and weather. Satellite photographs can show the distribution of sea ice, oil slicks, and cloud formations over the ocean. Maps created from satellite pictures can represent the temperature and the color of the ocean's surface, enabling researchers to study the ocean currents from laboratories on dry land. Furthermore, computers help oceanographers to collect, organize, and analyze data from submarines and satellites. By creating a model of the ocean's movement and characteristics, scientists can predict the patterns and possible effects of the ocean on the environment.

Recently, many oceanographers have been relying more on satellites and computers than on research ships or even submarine vehicles because they can supply a greater range of information more quickly and more effectively. Some of humankind's most serious problems, especially those concerning energy and food, may be solved with the help of observations made possible by this new technology.

Which of the following are NOT shown in satellite photographs?

A. The temperature of the ocean’s surface

B. Cloud formations over the ocean

C. Presence of oil slicks

D. The location of sea ice

1
17 tháng 12 2017

Đáp án A.

Key word: NOT shown in satellite photographs.

Clue: “Satellite photographs can show the distribution of sea ice, oil slicks, and cloud formations over the ocean. Maps created from satellite pictures can represent the temperature and the color of the ocean’s surface”: những bức ảnh chụp từ vệ tinh có thể cho ta thấy sự phân bổ của băng, vệt loáng dầu trên mặt nước, và sự hình thành của mây trên mặt đại dương. Bản đồ được tạo ra từ ảnh vệ tinh có thể cho ta biết nhiệt độ và màu sắc của bề mặt đại dương.

Phân tích đáp án:

A. The temperature of the ocean’s surface: nhiệt độ của bền mặt đại dương.

B. Cloud formations over the ocean: hình thành mây trên mặt đại dương.

C. Presence of oil slicks: sự xuất hiện của dầu.

D. The location of sea ice: vị trí của băng trên biển.

Các đáp án B, C, D đều được đề cập trong clue. Do đó đáp án chính xác là A. The temperature of the ocean’s surface vì nó không được đề cập trên trong bài như là một thông tin mà ảnh chụp từ vệ tinh cho ta thấy.

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But...
Đọc tiếp

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But today, most oceanographers avoid the use of vulnerable human divers, preferring to reduce the risk to human life and make direct observations by means of instruments that are lowered into the ocean, from samples take from the water, or from photographs made by orbiting satellites. Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water and even by the technology of sophisticated aerial photography from vantage points above the surface of more than seven miles and cruise at depths of fifteen thousand feet. In addition, radio-equipped buoys can be operated by remote control in order to transmit information back to land-based laboratories via satellite. Particularly important for ocean study are data about water temperature, currents, and weather. Satellite photographs can show the distribution of sea ice, oil slicks, and cloud formations over the ocean. Maps created from satellite pictures can represent the temperature and the color of the ocean's surface, enabling researchers to study the ocean currents from laboratories on dry land. Furthermore, computers help oceanographers to collect, organize, and analyze data from submarines and satellites. By creating a model of the ocean's movement and characteristics, scientists can predict the patterns and possible effects of the ocean on the environment.

Recently, many oceanographers have been relying more on satellites and computers than on research ships or even submarine vehicles because they can supply a greater range of information more quickly and more effectively. Some of humankind's most serious problems, especially those concerning energy and food, may be solved with the help of observations made possible by this new technology.

The word “sluggish” is closest in meaning to ­­________.

A. nervous  

B. confused  

C. slow moving     

D. very weak

1
5 tháng 4 2017

Đáp án C.

Key word: sluggish.

Clue: “Without a vehicle, divers often became sluggish, and their mental concentration was severely limited”: không có phương tiện hỗ trợ di chuyển dưới nước, thợ lăn thường trở nên ... và khả năng tập trung của họ bị hạn chế một cách nghiêm trọng.

Phân tích đáp án:

A. nervous: lo lắng.

B. confused: rối loạn

C. slow moving: di chuyển chậm

D. very weak: rất yếu

Các thông tin trong văn cảnh không đủ để ta suy luận đáp án.

Dựa vào cấu trúc từ vựng, từ “slug” có nghĩa là con ốc sên.

Từ “ish” thường đặt cuối từ với nghĩa là kha khá, có nét/tính chất như vậy.

Do đó ta có thể suy luận là từ “sluggish” mang nét nghĩa của ốc sên, chậm chạp.

Đáp án chính xác là C. slow moving.

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions.   Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was...
Đọc tiếp

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions.

  Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But today, most oceanographers avoid the use of vulnerable human divers, preferring to reduce the risk to human life and make direct observations by means of instruments that are lowered into the ocean, from samples taken from the water, or from photographs made by orbiting satellites. Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water and even by the technology of sophisticated aerial photography from vantage points above the surface of more than seven miles and cruise at depths of fifteen thousand feet. In addition, radio-equipped buoys can be operated by remote control in order to transmit information back to land-based laboratories via satellite. Particularly important for ocean study are data about water temperature, currents, and weather. Satellite photographs can show the distribution of sea ice, oil slicks, and cloud formations over the ocean, Maps created from satellite pictures can represent the temperature and the color of the ocean’s surface, enabling researchers to study the ocean currents from laboratories on dry land. Furthermore, computers help oceanographers to collect, organize, and analyze data from submarines and satellites. By creating a model of the ocean’s movement and characteristics, scientists can predict the patterns and possible effects of the ocean on the environment.

          Recently, many oceanographers have been relying more on satellites and computers than on research ships or even submarine vehicles because they can supply a greater range of information more quickly and more effectively. Some of humankind’s most serious problems, especially those concerning energy and food, may be solved with the help of observations made possible by this new technology.

The words “those” refers to

A. ships

B. vehicles

C. problems

D. computers

1
18 tháng 11 2019

Đáp án C.

Key word: those, refers.

Clue: “Some of humankind's most serious problems, especially those concerning energy and food, may be solved with the help of observations made possible by this new technology.”: một trong những vấn đề nghiêm trọng nhất của nhân loại, đặc biệt là những ... liên quan đến năng lượng và thức ăn, có thể được giải quyết với sự giúp sức của việc quan sát qua công nghệ mới này.

Ta thấy từ those liên kết chặt chẽ với từ problems do đó đáp án chính xác là C. problems: vấn đề.

Các đáp án khác không đúng:

  A. ships: những con thuyền

  B. vehicles: phương tiện di chuyển

  D. computers: máy tính 

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But...
Đọc tiếp

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But today, most oceanographers avoid the use of vulnerable human divers, preferring to reduce the risk to human life and make direct observations by means of instruments that are lowered into the ocean, from samples take from the water, or from photographs made by orbiting satellites. Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water and even by the technology of sophisticated aerial photography from vantage points above the surface of more than seven miles and cruise at depths of fifteen thousand feet. In addition, radio-equipped buoys can be operated by remote control in order to transmit information back to land-based laboratories via satellite. Particularly important for ocean study are data about water temperature, currents, and weather. Satellite photographs can show the distribution of sea ice, oil slicks, and cloud formations over the ocean. Maps created from satellite pictures can represent the temperature and the color of the ocean's surface, enabling researchers to study the ocean currents from laboratories on dry land. Furthermore, computers help oceanographers to collect, organize, and analyze data from submarines and satellites. By creating a model of the ocean's movement and characteristics, scientists can predict the patterns and possible effects of the ocean on the environment.

Recently, many oceanographers have been relying more on satellites and computers than on research ships or even submarine vehicles because they can supply a greater range of information more quickly and more effectively. Some of humankind's most serious problems, especially those concerning energy and food, may be solved with the help of observations made possible by this new technology.

This passage suggests that the successful exploration of the ocean depends upon ­­________.

A. the limitations of diving equipment

B. radios that divers use to communicate

C. controlling currents and the weather

D. vehicles as well as divers

1
29 tháng 12 2018

Đáp án D.

Key word: succesful exploration, depends, limitations, radios, weather, vehicles

Clue: “Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water”: Quan sát trực tiếp đáy biển có thể được thực hiện bởi cả thợ lặn và những tàu ngầm lặn sau dưới nước.

Dựa vào clue ta thấy đáp án chính xác là D. vehicles as well asdivers: phương tiện đi lại cũng như thợ lặn.

Các đáp án khác không đúng:

A. The limitations of diving equipment: những hạn chế trong thiết bị lặn

B. Radios that divers use to communicate: sóng radio mà thợ lặn dùng để giao tiếp

C. Controlling currents and the weather: kiểm soát sóng và thời tiết

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But...
Đọc tiếp

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But today, most oceanographers avoid the use of vulnerable human divers, preferring to reduce the risk to human life and make direct observations by means of instruments that are lowered into the ocean, from samples take from the water, or from photographs made by orbiting satellites. Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water and even by the technology of sophisticated aerial photography from vantage points above the surface of more than seven miles and cruise at depths of fifteen thousand feet. In addition, radio-equipped buoys can be operated by remote control in order to transmit information back to land-based laboratories via satellite. Particularly important for ocean study are data about water temperature, currents, and weather. Satellite photographs can show the distribution of sea ice, oil slicks, and cloud formations over the ocean. Maps created from satellite pictures can represent the temperature and the color of the ocean's surface, enabling researchers to study the ocean currents from laboratories on dry land. Furthermore, computers help oceanographers to collect, organize, and analyze data from submarines and satellites. By creating a model of the ocean's movement and characteristics, scientists can predict the patterns and possible effects of the ocean on the environment.

Recently, many oceanographers have been relying more on satellites and computers than on research ships or even submarine vehicles because they can supply a greater range of information more quickly and more effectively. Some of humankind's most serious problems, especially those concerning energy and food, may be solved with the help of observations made possible by this new technology.

The words ‘those” refers to ­________.

A. ships      

B. vehicles   

C. problems 

D. computers

1
5 tháng 10 2019

Đáp án C.

Key word: those, refers.

Clue: “Some of humankind’s most serious problem, especially those concerning energy and food, may be solved with the help of observations made possibly by this new technology.”: một trong những vấn đề nghiêm tọng nhất của nhân loại, đặc biệt là những ... liên quan đến năng lượng và thức ăn, có thể được giải quyết với sự giúp sức của việc quan sát qua công nghê mới này.

Ta thấy từ those liên kết chặt chẽ với từ problems do đó đáp án chính xác là C. problems: vấn đề.

Các đáp án khác không đúng:

A. ships: những con thuyền

B. vehicles: phương tiện di chuyển

D. computers: máy tính

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But...
Đọc tiếp

Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But today, most oceanographers avoid the use of vulnerable human divers, preferring to reduce the risk to human life and make direct observations by means of instruments that are lowered into the ocean, from samples take from the water, or from photographs made by orbiting satellites. Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water and even by the technology of sophisticated aerial photography from vantage points above the surface of more than seven miles and cruise at depths of fifteen thousand feet. In addition, radio-equipped buoys can be operated by remote control in order to transmit information back to land-based laboratories via satellite. Particularly important for ocean study are data about water temperature, currents, and weather. Satellite photographs can show the distribution of sea ice, oil slicks, and cloud formations over the ocean. Maps created from satellite pictures can represent the temperature and the color of the ocean's surface, enabling researchers to study the ocean currents from laboratories on dry land. Furthermore, computers help oceanographers to collect, organize, and analyze data from submarines and satellites. By creating a model of the ocean's movement and characteristics, scientists can predict the patterns and possible effects of the ocean on the environment.

Recently, many oceanographers have been relying more on satellites and computers than on research ships or even submarine vehicles because they can supply a greater range of information more quickly and more effectively. Some of humankind's most serious problems, especially those concerning energy and food, may be solved with the help of observations made possible by this new technology.

How is a radio-quipped buoy operated?

A. By operators inside the vehicle in the part underwater

B. By operators outside the vehicle on ship

C. By operators outside the vehicle on a driving platform

D. By operators outside the vehicle in a laboratory on shore

1
25 tháng 4 2017

Đáp án D.

Key word: radio-equiped buoy.

Clue: “radio-equipped buoys can be operated by remote control in order to transmit information back to land-based laboratories via satellite”: Phao được trang bị radio có thể hoạt động bởi điều khiển từ xa để truyền thông tin trở lại phòng thí nghiệm trên đất liền qua vệ sinh.

Phân tích đáp án:

A. By operators inside the vehicle in the part underwater: bởi tổng đài bên trong phương tiện di chuyển ở dưới biển.

B. By operators outside the vehicle on a ship: bởi tổng đài bên ngoài phương tiện trên một con tàu.

C. By operators outside the vehicle on a diving platform: bởi tổng đài bên ngoài phương tiện trên một bãi đỗ tàu ngầm.

D. By operators outside the vehicle in a laboratory on shore: bởi tổng đài bên ngoài phương tiện trong một phòng thí nghiệm trên bở.

Dựa vào clue và giải nghĩa các đáp án ta thấy đáp án chính xác là D.

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions.   Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was...
Đọc tiếp

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions.

  Recent technological advances in manned and unmanned vehicles, along with breakthroughs in satellite technology and computer equipment, have overcome some of the limitations of divers and diving equipment for scientists doing research on the great oceans of the world. Without a vehicle, divers often became sluggish, and their mental concentration was severely limited. Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible. But today, most oceanographers avoid the use of vulnerable human divers, preferring to reduce the risk to human life and make direct observations by means of instruments that are lowered into the ocean, from samples taken from the water, or from photographs made by orbiting satellites. Direct observations of the ocean floor can be made not only by divers but also by deep-diving submarines in the water and even by the technology of sophisticated aerial photography from vantage points above the surface of more than seven miles and cruise at depths of fifteen thousand feet. In addition, radio-equipped buoys can be operated by remote control in order to transmit information back to land-based laboratories via satellite. Particularly important for ocean study are data about water temperature, currents, and weather. Satellite photographs can show the distribution of sea ice, oil slicks, and cloud formations over the ocean, Maps created from satellite pictures can represent the temperature and the color of the ocean’s surface, enabling researchers to study the ocean currents from laboratories on dry land. Furthermore, computers help oceanographers to collect, organize, and analyze data from submarines and satellites. By creating a model of the ocean’s movement and characteristics, scientists can predict the patterns and possible effects of the ocean on the environment.

          Recently, many oceanographers have been relying more on satellites and computers than on research ships or even submarine vehicles because they can supply a greater range of information more quickly and more effectively. Some of humankind’s most serious problems, especially those concerning energy and food, may be solved with the help of observations made possible by this new technology.

Divers have had problems in communicating underwater because  _________.

A. the pressure affected their speech organs

B. the vehicles they used have not been perfected

C. they did not pronounce clearly

D. the water destroyed their speech organs

1
17 tháng 7 2019

Đáp án A.

Key word: problems in communicating underwater.

Clue: “Because undersea pressure affects their speech organs, communication among divers has always been difficult or impossible.”: Vì áp lực dưới biển ảnh hưởng tới các cơ quan phát âm nên việc giao tiếp giữa những người thợ lặn luôn khó khăn hoặc không thể được.

Dựa vào clue ta thấy rằng đáp án chính xác là A. the pressure affected their speech organs: áp lực ảnh hưởng tới các cơ quan phát âm.

Các đáp án khác không đúng:

  B. the vehicles they used have not been perfected: những phương tiện mà họ sử dụng chưa được hoàn hảo.

  C. they did not pronounce clearly: bọn họ không phát âm rõ ràng.

  D. the water destroyed their speech organs: nước hủy hoại cơ quan phát âm của họ.

MEMORIZE

pressure (n): áp lực, sức ép

- be under pressure: chịu áp lực

- put pressure on sb (to do sth): thúc bách, thúc ép ai làm