The Netherlands, with much (A) of its land lying (B) lower than sea level, have (C) a system of dikes and canals for controlling (D) water. A. much B. lying C. have D. controlling

DM

Dương Minh

22 tháng 9 2018

The Netherlands, with much (A) of its land lying (B) lower than sea level, have (C) a system of dikes and canals for controlling (D) water.

A. much

B. lying

C. have

D. controlling

#Tiếng anh lớp 10

1

NH

Nguyen Hoang Hai

22 tháng 9 2018

Đáp án: C

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LQ

Lê Quỳnh Anh

1 tháng 10 2018

Mark the letter A, B, C or D on your answer sheet to indicate the underlined part that needs correction in each of the following questions.The Netherlands, with much of its land lying lower than sea level, have a system of dikes and canals for controlling water. A. much B. lying C. have...

Đọc tiếp

#Mẫu giáo

1

DH

Dương Hoàn Anh

1 tháng 10 2018

Đáp án C

Sửa lại: have => has

Netherlands là tên một nước vì vậy phải đi với động từ chia ở dạng số ít.

Dịch nghĩa: Hà Lan, với phần lớn diện tích nằm dưới mực nước biển, có hệ thống đê và kênh rạch để kiểm soát nước

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DM

Dương Minh

17 tháng 4 2019

Mark the letter A, B, C or D in your answer sheet to indicate the underlined part that needs correction in each of the following questions.The Netherlands, with much (A) of its land lying (B) lower than sea level, have (C) a system of dikes and canals for controlling (D) water. A. much B. lying C. have...

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#Tiếng anh lớp 10

1

NH

Nguyen Hoang Hai

17 tháng 4 2019

Đáp án: C

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LQ

Lê Quỳnh Anh

18 tháng 8 2018

Mark the letter A, B, C, or D on your answer sheet to indicate the underlined part that needs correction in each of the following questions.The Netherland, with much of its land lying lower than sea level, have system of dikes and canals for controlling water. A. much B. lying C. have ...

Đọc tiếp

#Mẫu giáo

1

DH

Dương Hoàn Anh

18 tháng 8 2018

Đáp án C.

Câu có 2 chủ ngữ nối với nhau bởi with thì V phải chia theo S2. The Netherland là tên một nước nên phải đổi have thành has.

Tạm dịch: Hà Lan, với phần lớn đất của mình nằm dưới mực nước biển, có hệ thống đê và kênh rạch để kiểm soát nước.

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LQ

Lê Quỳnh Anh

3 tháng 9 2018

Mark the letter A, B, C, or D on your answer sheet to indicate the underlined part that needs correction in each of the following questions.

The Netherland, with much (A) of its land lying (B) lower than sea level, have (C) a system of dikes and canals for controlling (D) water.

A. much

B. lying

C. have

D. controlling

#Mẫu giáo

1

DH

Dương Hoàn Anh

3 tháng 9 2018

Đáp án C.

Câu có 2 chủ ngữ nối với nhau bởi with thì V phải chia theo S₂. The Netherland là tên một nước nên phải đổi have thành has.

Tạm dịch: Hà Lan, với phần lớn đất của mình nằm dưới mực nước biển, có hệ thống đê và kênh rạch để kiểm soát nước.

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NT

nguyễn thị thu hà

21 tháng 6 2017

There’s much more water than land on the (1) ___ of the earth. The seas and oceans cover nearly (2) ___ of the whole world, and only one-fifth of (3) ___ land. If you traveled over the earth in different directions, you would have to spend (4) ___ more of your time (5) ___ on water that on roads or railways. We sometimes forget that for every mile of land (6) ___ four miles of water. There’s so much water in the surface of our earth that we (7) ___ to use two words to describe. We use the word...

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#Tiếng anh lớp 8

2

S

_silverlining

CTVVIP

21 tháng 6 2017

There’s much more water than land on the (1) _surface__ of the earth. The seas and oceans cover nearly (2) _four-fifths__ of the whole world, and only one-fifth of (3) _its__ land. If you traveled over the earth in different directions, you would have to spend (4) __much_ more of your time (5) _moving__ on water that on roads or railways. We sometimes forget that for every mile of land (6) _there are__ four miles of water.

There’s so much water in the surface of our earth that we (7) __have_ to use two words to describe. We use the word SEAS (8) _describes__ those parts of water surface which (9) _is__ only few hundreds of mile, the word OCEANS to describe the huge area of water (10) _which__ are thousands of miles wide and very deep.

1. A. cover B. surface C. outer D. outside

2. A. four-fives B. four-fifth C. four fifths D. fourth-fifths

3. A. it is B. it’s C. its D. them are

4. A. many B. much C. few D. too

5. A. to move B. move C. moved D. moving

6. A. there are B. there is C. there has D. have

7. A. must B. should C. have D. would

8. A. describing B. describes C. describe D. to describe

9. A. is B. are C. has D. will be

10. A. that’s B. which C. where D. whose

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LN

Linh Nguyễn

21 tháng 6 2017

There’s much more water than land on the (1) ___ of the earth. The seas and oceans cover nearly (2) ___ of the whole world, and only one-fifth of (3) ___ land. If you traveled over the earth in different directions, you would have to spend (4) ___ more of your time (5) ___ on water that on roads or railways. We sometimes forget that for every mile of land (6) ___ four miles of water.

There’s so much water in the surface of our earth that we (7) ___ to use two words to describe. We use the word SEAS (8) ___ those parts of water surface which (9) ___ only few hundreds of mile, the word OCEANS to describe the huge area of water (10) ___ are thousands of miles wide and very deep.

1. A. cover B. surface C. outer D. outside

2. A. four-fives B. four-fifth C. four fifths D. fourth-fifths

3. A. it is B. it’s C. its D. them are

4. A. many B. much C. few D. too

5. A. to move B. move C. moved D. moving

6. A. there are B. there is C. there has D. have

7. A. must B. should C. have D. would

8. A. describing B. describes C. describe D. to describe

9. A. is B. are C. has D. will be

10. A. that’s B. which C. where D. whose

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LQ

Lê Quỳnh Anh

9 tháng 12 2017

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.Early peoples had no need of engineering works to supply their water. Hunters and nomads camped near natural sources of fresh water, and populations were so sparse that pollution of the water supply was not a serious problem. After community life developed and agricultural villages became urban centres, the problem of supplying water became important for...

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.

Early peoples had no need of engineering works to supply their water. Hunters and nomads camped near natural sources of fresh water, and populations were so sparse that pollution of the water supply was not a serious problem. After community life developed and agricultural villages became urban centres, the problem of supplying water became important for inhabitants of a city, as well as for irrigation of the farms surrounding the city. Irrigation works were known in prehistoric times, and before 2000 BC the rulers of Babylonia and Egypt constructed systems of dams and canals to impound the flood waters of the Euphrates and Nile rivers, controlling floods and providing irrigation water throughout the dry season. Such irrigation canals also supplied water for domestic purposes. The first people to consider the sanitation of their water supply were the ancient Romans, who constructed a vast system of aqueducts to bring the clean waters of the Apennine Mountains into the city and built basins and filters along these mains to ensure the clarity of the water. The construction of such extensive water-supply systems declined when the Roman Empire disintegrated, and for several centuries local springs and wells formed the main source of domestic and industrial water.

The invention of the force pump in England in the middle of the 16th century greatly extended the possibilities of development of water-supply systems. In London, the first pumping waterworks was completed in 1562; it pumped river water to a reservoir about 37 m above the level of the River Thames and from the reservoir the water was distributed by gravity, through lead pipes, to buildings in the vicinity.

Increased per-capita demand has coincided with water shortages in many countries. Southeast England, for example, receives only 14 per cent of Britain's rainfall, has 30 per cent of its population, and has experienced declining winter rainfall since the 1980s.

In recent years a great deal of interest has been shown in the conversion of seawater to fresh water to provide drinking water for very dry areas, such as the Middle East. Several different processes, including distillation, electrodialysis, reverse osmosis, and direct-freeze evaporation, have been developed for this purpose. Some of these processes have been used in large facilities in the United States. Although these processes are successful, the cost of treating seawater is much higher than that for treating fresh water

Which of the following is NOT mentioned as a process of convertinging seawater to freshwater?

A. Water evaporation

B. Purification method

C. Steaming and cooling

D. Dissolving chemicals

#Mẫu giáo

1

DH

Dương Hoàn Anh

9 tháng 12 2017

Đáp án D
A,B,C đều được nhắc đến ở đoạn cuối: distillation, electrodialysis, reverse osmosis, and direct-freeze evaporation (khử muối, điện phân, lọc thẩm thấu ngược- Purification method, và trực tiếp đóng băng bốc
hơi - Steaming and cooling, Water evaporation)
Chỉ có D là không được nhắc đến

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LQ

Lê Quỳnh Anh

30 tháng 8 2017

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. Early peoples had no need of engineering works to supply their water. Hunters and nomads camped near natural sources of fresh water, and populations were so sparse that pollution of the water supply was not a serious problem. After community life developed and agricultural villages became urban centres, the problem of supplying water became...

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.

         Early peoples had no need of engineering works to supply their water. Hunters and nomads camped near natural sources of fresh water, and populations were so sparse that pollution of the water supply was not a serious problem. After community life developed and agricultural villages became urban centres, the problem of supplying water became important for inhabitants of a city, as well as for irrigation of the farms surrounding the city. Irrigation works were known in prehistoric times, and before 2000 BC the rulers of Babylonia and Egypt constructed systems of dams and canals to impound the flood waters of the Euphrates and Nile rivers, controlling floods and providing irrigation water throughout the dry season. Such irrigation canals also supplied water for domestic purposes. The first people to consider the sanitation of their water supply were the ancient Romans, who constructed a vast system of aqueducts to bring the clean waters of the Apennine Mountains into the city and built basins and filters along these mains to ensure the clarity of the water. The construction of such extensive water-supply systems declined when the Roman Empire disintegrated, and for several centuries local springs and wells formed the main source of domestic and industrial water.
          The invention of the force pump in England in the middle of the 16th century greatly extended the possibilities of development of water-supply systems. In London, the first pumping waterworks was completed in 1562; it pumped river water to a reservoir about 37 m above the level of the River Thames and from the reservoir the water was distributed by gravity, through lead pipes, to buildings in the vicinity.
Increased per-capita demand has coincided with water shortages in many countries. Southeast England, for example, receives only 14 per cent of Britain's rainfall, has 30 per cent of its population, and has experienced declining winter rainfall since the 1980s.
          In recent years a great deal of interest has been shown in the conversion of seawater to fresh water to provide drinking water for very dry areas, such as the Middle East. Several different processes, including distillation, electrodialysis, reverse osmosis, and direct-freeze evaporation, have been developed for this purpose. Some of these processes have been used in large facilities in the United States. Although these processes are successful, the cost of treating seawater is much higher than that for treating fresh water

Which of the following is NOT mentioned as a process of conversing seawater to freshwate

A. Steaming and cooling.

B. Water evaporation.

C. Dissolving chemicals.

D. Purification method.

#Mẫu giáo

1

DH

Dương Hoàn Anh

30 tháng 8 2017

Đáp án B

Cái nào dưới đây không được đề cập như là 1 quá trình biến nước biển thành nước sạch?
A. Bốc hơi và làm lạnh.
B. Hòa tan hóa chất.
C. Sự bay hơi nước.
D. Phương pháp lọc.
Dẫn chứng ở câu thứ 2 đoạn cuối cùng: “Several different processes, including distillation, electrodialysis, reverse osmosis, and direct-freeze evaporation, have been developed for this purpose”- (Một vài quá trình bao gồm trưng cất, thẩm tách bằng điện, thẩm thấu ngược, bốc hơi đã được phát triển để phục vụ cho mục đích này)=> A, C, D được nhắc tới, còn lại B là không.

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LQ

Lê Quỳnh Anh

18 tháng 12 2018

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. Early peoples had no need of engineering works to supply their water. Hunters and nomads camped near natural sources of fresh water, and populations were so sparse that pollution of the water supply was not a serious problem. After community life developed and agricultural villages became urban centres, the problem of supplying water became...

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.

         Early peoples had no need of engineering works to supply their water. Hunters and nomads camped near natural sources of fresh water, and populations were so sparse that pollution of the water supply was not a serious problem. After community life developed and agricultural villages became urban centres, the problem of supplying water became important for inhabitants of a city, as well as for irrigation of the farms surrounding the city. Irrigation works were known in prehistoric times, and before 2000 BC the rulers of Babylonia and Egypt constructed systems of dams and canals to impound the flood waters of the Euphrates and Nile rivers, controlling floods and providing irrigation water throughout the dry season. Such irrigation canals also supplied water for domestic purposes. The first people to consider the sanitation of their water supply were the ancient Romans, who constructed a vast system of aqueducts to bring the clean waters of the Apennine Mountains into the city and built basins and filters along these mains to ensure the clarity of the water. The construction of such extensive water-supply systems declined when the Roman Empire disintegrated, and for several centuries local springs and wells formed the main source of domestic and industrial water.
          The invention of the force pump in England in the middle of the 16th century greatly extended the possibilities of development of water-supply systems. In London, the first pumping waterworks was completed in 1562; it pumped river water to a reservoir about 37 m above the level of the River Thames and from the reservoir the water was distributed by gravity, through lead pipes, to buildings in the vicinity.
Increased per-capita demand has coincided with water shortages in many countries. Southeast England, for example, receives only 14 per cent of Britain's rainfall, has 30 per cent of its population, and has experienced declining winter rainfall since the 1980s.
          In recent years a great deal of interest has been shown in the conversion of seawater to fresh water to provide drinking water for very dry areas, such as the Middle East. Several different processes, including distillation, electrodialysis, reverse osmosis, and direct-freeze evaporation, have been developed for this purpose. Some of these processes have been used in large facilities in the United States. Although these processes are successful, the cost of treating seawater is much higher than that for treating fresh water

One of the causes of water shortages in South-east England is ______.

A. increased demand.

B. water pollution

C. water-supply system decline.

D. water evaporation.

#Mẫu giáo

1

DH

Dương Hoàn Anh

18 tháng 12 2018

Đáp án A

Một trong những lí do mà sự thiếu hụt nước sạch ở Tây Nam nước Anh xảy tra là do ______.
A. nhu cầu tăng cao.
B. ô nhiễm nguồn nước.
C. hệ thống cung cấp nước bị hỏng.
D. sự bay hơi của nước.
Dẫn chứng ở câu đầu đoạn 3: “Increased per-capita demand has coincided with water shortages in many countries.” – ( Nhu cầu của số bình quân đầu người tăng cao khiến cho sự thiếu hụt nước xảy ra trên phạm vi nhiều quốc gia)

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LQ

Lê Quỳnh Anh

22 tháng 2 2017

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.Early peoples had no need of engineering works to supply their water. Hunters and nomads camped near natural sources of fresh water, and populations were so sparse that pollution of the water supply was not a serious problem. After community life developed and agricultural villages became urban centres, the problem of supplying water became important for...

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.

Early peoples had no need of engineering works to supply their water. Hunters and nomads camped near natural sources of fresh water, and populations were so sparse that pollution of the water supply was not a serious problem. After community life developed and agricultural villages became urban centres, the problem of supplying water became important for inhabitants of a city, as well as for irrigation of the farms surrounding the city. Irrigation works were known in prehistoric times, and before 2000 BC the rulers of Babylonia and Egypt constructed systems of dams and canals to impound the flood waters of the Euphrates and Nile rivers, controlling floods and providing irrigation water throughout the dry season. Such irrigation canals also supplied water for domestic purposes. The first people to consider the sanitation of their water supply were the ancient Romans, who constructed a vast system of aqueducts to bring the clean waters of the Apennine Mountains into the city and built basins and filters along these mains to ensure the clarity of the water. The construction of such extensive water-supply systems declined when the Roman Empire disintegrated, and for several centuries local springs and wells formed the main source of domestic and industrial water.

The invention of the force pump in England in the middle of the 16th century greatly extended the possibilities of development of water-supply systems. In London, the first pumping waterworks was completed in 1562; it pumped river water to a reservoir about 37 m above the level of the River Thames and from the reservoir the water was distributed by gravity, through lead pipes, to buildings in the vicinity.

Increased per-capita demand has coincided with water shortages in many countries. Southeast England, for example, receives only 14 per cent of Britain's rainfall, has 30 per cent of its population, and has experienced declining winter rainfall since the 1980s.

In recent years a great deal of interest has been shown in the conversion of seawater to fresh water to provide drinking water for very dry areas, such as the Middle East. Several different processes, including distillation, electrodialysis, reverse osmosis, and direct-freeze evaporation, have been developed for this purpose. Some of these processes have been used in large facilities in the United States. Although these processes are successful, the cost of treating seawater is much higher than that for treating fresh water

One of the causes of water shortages in South-east England is ______

A. increased demand

B. water evaporation

C. water-supply system decline

D. water pollution

#Mẫu giáo

1

DH

Dương Hoàn Anh

22 tháng 2 2017

Đáp án A
Thông tin ở câu đầu tiên của đoạn 3: Increased per-capita demand has coincided with water shortages in many countries: Tăng nhu cầu bình quân đầu người đã trùng hợp với tình trạng thiếu nước tại nhiều quốc gia

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