Hãy trả lời 10 câu đố ở dưới

Câu 1: What part of the body has the most rhythm?

Câu 2: A farmer combined 2 compost heaps with 3 others. How many compost heaps does he have?

Câu 3: Who succeeded the first Prime Minister of Australia ?

Câu 4: Why was Karl Marx buried at Highgate Cemetery in London?

Câu 5: What odd number becomes even when beheaded?

Câu 6: Why is the letter E like London?

Câu 7: What lives on its own substance and dies when it devours it self?

Câu 8: "The beginning of eternity
The end of time and space
The beginning of every end,
And the end of every place."

Câu 9: "I never was, am always to be,
No one ever saw me, nor ever will
And yet I am the confidence of all
To live and breathe on this terrestrial ball."

Câu 10: "At night they come without being fetched,
And by day they are lost without being stolen."

Ko đc xem đáp án trên mạng.

20 câu tiếp theo sẽ đc gửi vào tuần tới.

trả lời hộ mình bằng tiếng anh nhé

1. At night they come without being fetched. And by day they are lost without being stolen. Who are they? 
(Chúng xuất hiện vào buổi đêm nhưng không phải là hồn ma. Và chúng biến mất vào ban ngày mà không phải do bị đánh cắp. Chúng là ai?)

2. What lives on its own substance and dies when it devours itself?
(Cái gì sống nhờ vào chất liệu của nó và chết đi do tự ăn chính bản thân mình?)

3. Why was Karl Marx buried at Highgate Cemetery in London?
(Tại sao Các Mác được chôn ở Highgate Cemetery tại London?)

4. Who succeeded the first Prime Minister of the UK?
(Ai là người kế thừa Thủ tướng đầu tiên của nước Anh?)

5. When can you have something and nothing at the same time in your pocket?
(Khi nào bạn vừa có thứ gì đó vừa chẳng có gì trong túi của bạn?)

6. Where can you always find money?
(Nơi nào mà bạn có thể luôn luôn tìm thấy tiền?)

7. Why do fish live in water?
(Tại sao cá sống ở dưới nước?)

8. When butter is projected upwards, what will appear?
(Khi bơ được ném lên trên cao, cái gì sẽ xuất hiện?)

9. What can’t be used unless broken?
(Cái gì không thể được sử dụng nếu không được làm vỡ?)

10. What has four fingers and a thumb but no flesh and bone?
(Cái gì có 4 ngón tay và một ngón cái nhưng không có thịt và xương?)

1. At night they come without being fetched. And by day they are lost without being stolen. Who are they? (Chúng xuất hiện vào buổi đêm nhưng không phải là hồn ma. Và chúng biến mất vào ban ngày mà không phải do bị đánh cắp. Chúng là ai?)

2. What lives on its own substance and dies when it devours itself? (Cái gì sống nhờ vào chất liệu của nó và chết đi do tự ăn chính bản thân mình?)

3. Why was Karl Marx buried at Highgate Cemetery in London? (Tại sao Các Mác được chôn ở Highgate Cemetery tại London?)

4. Who succeeded the first Prime Minister of the UK? (Ai là người kế thừa Thủ tướng đầu tiên của nước Anh?)

7. Why do fish live in water? (Tại sao cá sống ở dưới nước?)

8. What can’t be used unless broken? (Cái gì không thể được sử dụng nếu không được làm vỡ?)

9. What key does not lock the door? (Chìa khóa gì không khóa được cửa?)

10. Where is the best place to store food? (Đâu là nơi tốt nhất để bảo quản thức ăn?)

11. Which can you keep after giving it to your friend? (Thứ gì bạn có thể giữ lại sau khi đưa nó cho một người bạn?)

12. What is it that was the past of tomorrow and the future of yesterday? (Cái gì là quá khứ của ngày mai nhưng lại là tương lai của ngày hôm qua?)

13. What belongs only to you but it is used more by others than by yourself? (Cái gì chỉ thuộc về bạn nhưng lại được người khác sử dụng nhiều hơn bạn?)

14. When I eat, I live but when I drink, I die. Who am I? (Khi tôi ăn, tôi sống nhưng khi tôi uống, tôi chết. Tôi là ai?)

15. What increases but never decreases? (Cái gì chỉ có tăng mà không giảm?)

16.  Which months have the 28th day? (Những tháng nào có ngày thứ 28?)

17. What will make more noise in your house than a dog? (Cái gì sẽ gây ồn ào trong nhà bạn hơn một con chó?)

18. What are the two things that people never eat before breakfast? (Hai thứ nào người ta không bao giờ ăn trước bữa sáng?)

19. Who works only one day in a year but never gets fired? (Ai chỉ làm việc một ngày trong năm nhưng không bao giờ bị sa thải?)

Đây là mấy câu hỏi mẹo thui! Bạn nào trả lời được mình tick cho  

Chúc mấy bạn may mắn 

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 question.

All living cells in an animal's body require energy to power the various chemical processes going in inside them. This energy is ultimately supplied by the food that animals eat. These chemical processes are collectively referred to as metabolism, and one of the byproducts of metabolism is heat. Metabolic rates vary significantly between species. Warm-blooded animals (birds and mammals) have metabolic rates about five to ten times higher than those of similarly sized cold-blooded ones (reptiles, amphibians, and fishes). And it is precisely because birds and mammals have such high metabolic rates that they are able to keep their bodies warm.

The terms warm-blooded and cold-blooded are still in everyday use, but they are not entirely precise. Anyone who has handled a snake knows this because a snake’s body actually feels quite warm. But very little of the snake’s body heat originates internally, from its cells, most of it having been supplied from the outside, either by the sun or by a heat lamp. Instead of referring to reptiles as cold-blooded, they are best described as ectothermic, meaning “outside heat”. Similarly, birds and mammals are said to be endothermic, meaning “inside heat”.

There are advantages and disadvantages to each thermal strategy. Reptiles are usually sluggish first thing in the morning, their body temperatures having dropped during the cool of the night. Accordingly, they have to bask in the sun to raise their body temperatures, but once they have warmed up sufficiently, they can go about their business. By altering between the sun when they are too cool, and the shade when they are too warm, many reptiles are able to maintain their body temperatures at optimum levels of about 95°F or more. Endotherms, on the other hand, maintain temperatures of about 98°F all the time, so they are always ready for action.

I used to keep a crocodile. He had very sharp teeth, and I had to be careful how I handled him during the daytime, when he was warm. But I could do whatever I wanted at night, when he was cold, without any fear of being bitten. The obvious disadvantage of being ectothermic is that the animal’s activity levels are dependent upon the environment. But its low metabolic rates mean that it requires far less food, which is an advantage. I used to feed the crocodile a tiny piece of liver once a week, while the family cat demanded three meals every day. We should therefore not think that reptiles are inferior to mammals and birds; they are just different

What does the word “they” in paragraph 2 refer to? 

A. cells 

B. snakes 

C. reptiles 

D. mammals 

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 question.

All living cells in an animal's body require energy to power the various chemical processes going in inside them. This energy is ultimately supplied by the food that animals eat. These chemical processes are collectively referred to as metabolism, and one of the byproducts of metabolism is heat. Metabolic rates vary significantly between species. Warm-blooded animals (birds and mammals) have metabolic rates about five to ten times higher than those of similarly sized cold-blooded ones (reptiles, amphibians, and fishes). And it is precisely because birds and mammals have such high metabolic rates that they are able to keep their bodies warm.

The terms warm-blooded and cold-blooded are still in everyday use, but they are not entirely precise. Anyone who has handled a snake knows this because a snake’s body actually feels quite warm. But very little of the snake’s body heat originates internally, from its cells, most of it having been supplied from the outside, either by the sun or by a heat lamp. Instead of referring to reptiles as cold-blooded, they are best described as ectothermic, meaning “outside heat”. Similarly, birds and mammals are said to be endothermic, meaning “inside heat”.

There are advantages and disadvantages to each thermal strategy. Reptiles are usually sluggish first thing in the morning, their body temperatures having dropped during the cool of the night. Accordingly, they have to bask in the sun to raise their body temperatures, but once they have warmed up sufficiently, they can go about their business. By altering between the sun when they are too cool, and the shade when they are too warm, many reptiles are able to maintain their body temperatures at optimum levels of about 95°F or more. Endotherms, on the other hand, maintain temperatures of about 98°F all the time, so they are always ready for action.

I used to keep a crocodile. He had very sharp teeth, and I had to be careful how I handled him during the daytime, when he was warm. But I could do whatever I wanted at night, when he was cold, without any fear of being bitten. The obvious disadvantage of being ectothermic is that the animal’s activity levels are dependent upon the environment. But its low metabolic rates mean that it requires far less food, which is an advantage. I used to feed the crocodile a tiny piece of liver once a week, while the family cat demanded three meals every day. We should therefore not think that reptiles are inferior to mammals and birds; they are just different

Why does the author mention his pet in the last paragraph? 

A. Because he wants to advise on how to handle pets safely

B. Because he wants to say that keeping a reptile as pet is less expensive

C. Because he wants to compare reptiles’ metabolic rates with those of mammals and birds

D. Because he wants to illustrate that ectothermism has both advantages and disadvantages

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 question.

All living cells in an animal's body require energy to power the various chemical processes going in inside them. This energy is ultimately supplied by the food that animals eat. These chemical processes are collectively referred to as metabolism, and one of the byproducts of metabolism is heat. Metabolic rates vary significantly between species. Warm-blooded animals (birds and mammals) have metabolic rates about five to ten times higher than those of similarly sized cold-blooded ones (reptiles, amphibians, and fishes). And it is precisely because birds and mammals have such high metabolic rates that they are able to keep their bodies warm.

The terms warm-blooded and cold-blooded are still in everyday use, but they are not entirely precise. Anyone who has handled a snake knows this because a snake’s body actually feels quite warm. But very little of the snake’s body heat originates internally, from its cells, most of it having been supplied from the outside, either by the sun or by a heat lamp. Instead of referring to reptiles as cold-blooded, they are best described as ectothermic, meaning “outside heat”. Similarly, birds and mammals are said to be endothermic, meaning “inside heat”.

There are advantages and disadvantages to each thermal strategy. Reptiles are usually sluggish first thing in the morning, their body temperatures having dropped during the cool of the night. Accordingly, they have to bask in the sun to raise their body temperatures, but once they have warmed up sufficiently, they can go about their business. By altering between the sun when they are too cool, and the shade when they are too warm, many reptiles are able to maintain their body temperatures at optimum levels of about 95°F or more. Endotherms, on the other hand, maintain temperatures of about 98°F all the time, so they are always ready for action.

I used to keep a crocodile. He had very sharp teeth, and I had to be careful how I handled him during the daytime, when he was warm. But I could do whatever I wanted at night, when he was cold, without any fear of being bitten. The obvious disadvantage of being ectothermic is that the animal’s activity levels are dependent upon the environment. But its low metabolic rates mean that it requires far less food, which is an advantage. I used to feed the crocodile a tiny piece of liver once a week, while the family cat demanded three meals every day. We should therefore not think that reptiles are inferior to mammals and birds; they are just different

What is TRUE according to the passage? 

A. Many retiles can be very dangerous durng the day

B. Mammals have more stable temperatures than reptiles

C. Not all reptiles are cold-blooded

D. All reptiles often hibernate in winter in order to survive well

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 question.

All living cells in an animal's body require energy to power the various chemical processes going in inside them. This energy is ultimately supplied by the food that animals eat. These chemical processes are collectively referred to as metabolism, and one of the byproducts of metabolism is heat. Metabolic rates vary significantly between species. Warm-blooded animals (birds and mammals) have metabolic rates about five to ten times higher than those of similarly sized cold-blooded ones (reptiles, amphibians, and fishes). And it is precisely because birds and mammals have such high metabolic rates that they are able to keep their bodies warm.

The terms warm-blooded and cold-blooded are still in everyday use, but they are not entirely precise. Anyone who has handled a snake knows this because a snake’s body actually feels quite warm. But very little of the snake’s body heat originates internally, from its cells, most of it having been supplied from the outside, either by the sun or by a heat lamp. Instead of referring to reptiles as cold-blooded, they are best described as ectothermic, meaning “outside heat”. Similarly, birds and mammals are said to be endothermic, meaning “inside heat”.

There are advantages and disadvantages to each thermal strategy. Reptiles are usually sluggish first thing in the morning, their body temperatures having dropped during the cool of the night. Accordingly, they have to bask in the sun to raise their body temperatures, but once they have warmed up sufficiently, they can go about their business. By altering between the sun when they are too cool, and the shade when they are too warm, many reptiles are able to maintain their body temperatures at optimum levels of about 95°F or more. Endotherms, on the other hand, maintain temperatures of about 98°F all the time, so they are always ready for action.

I used to keep a crocodile. He had very sharp teeth, and I had to be careful how I handled him during the daytime, when he was warm. But I could do whatever I wanted at night, when he was cold, without any fear of being bitten. The obvious disadvantage of being ectothermic is that the animal’s activity levels are dependent upon the environment. But its low metabolic rates mean that it requires far less food, which is an advantage. I used to feed the crocodile a tiny piece of liver once a week, while the family cat demanded three meals every day. We should therefore not think that reptiles are inferior to mammals and birds; they are just different

What is the best title of the passage? 

A. Birds and Mammals 

B. Endotherms and Ectotherms

C. Advantages of Entothermism 

D. Common Misconceptions about Reptiles 

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 question.

All living cells in an animal's body require energy to power the various chemical processes going in inside them. This energy is ultimately supplied by the food that animals eat. These chemical processes are collectively referred to as metabolism, and one of the byproducts of metabolism is heat. Metabolic rates vary significantly between species. Warm-blooded animals (birds and mammals) have metabolic rates about five to ten times higher than those of similarly sized cold-blooded ones (reptiles, amphibians, and fishes). And it is precisely because birds and mammals have such high metabolic rates that they are able to keep their bodies warm.

The terms warm-blooded and cold-blooded are still in everyday use, but they are not entirely precise. Anyone who has handled a snake knows this because a snake’s body actually feels quite warm. But very little of the snake’s body heat originates internally, from its cells, most of it having been supplied from the outside, either by the sun or by a heat lamp. Instead of referring to reptiles as cold-blooded, they are best described as ectothermic, meaning “outside heat”. Similarly, birds and mammals are said to be endothermic, meaning “inside heat”.

There are advantages and disadvantages to each thermal strategy. Reptiles are usually sluggish first thing in the morning, their body temperatures having dropped during the cool of the night. Accordingly, they have to bask in the sun to raise their body temperatures, but once they have warmed up sufficiently, they can go about their business. By altering between the sun when they are too cool, and the shade when they are too warm, many reptiles are able to maintain their body temperatures at optimum levels of about 95°F or more. Endotherms, on the other hand, maintain temperatures of about 98°F all the time, so they are always ready for action.

I used to keep a crocodile. He had very sharp teeth, and I had to be careful how I handled him during the daytime, when he was warm. But I could do whatever I wanted at night, when he was cold, without any fear of being bitten. The obvious disadvantage of being ectothermic is that the animal’s activity levels are dependent upon the environment. But its low metabolic rates mean that it requires far less food, which is an advantage. I used to feed the crocodile a tiny piece of liver once a week, while the family cat demanded three meals every day. We should therefore not think that reptiles are inferior to mammals and birds; they are just different

What can be inferred from the passage? 

A. Reptiles cannot absorb energy from the surrounding environment

B. Endothermic animals are more active than ectothermic animals

C. Maintaining a high metabolic rate requires lots of fuel in the form of food

D. Reptiles cannot function properly and survive if there is no sun