On March 11, 2011, Japan suffered one of the greatest disasters in its history. The earthquakes and tsunami directly affected the Fukushima Nuclear Power Plant and a large amount of radioactive material was released into the atmosphere. The effects of this nuclear disaster continue that there has been none of human’s appearances since then, but wild animals survive in abandoned areas and the green cover is increasing. 

Immediately after the radioactive leak, the Japanese authorities evacuated all the residents away from the area immediately. However, the fact that the region was evacuated for humans does not mean the same for animals. Scientists working at the University of Georgia in the United States, have installed camera systems in almost every region of the nuclear disaster and wanted to determine what happened in the region. They gathering various images in a total of 120 days. Images of more than 46 thousand wild boars were captured. More than 26,000 of them were shot in a completely uninhabited area, while about 13,000 images were obtained from areas close to living spaces.

Scientists now want to carry out studies to understand the genetic condition of the animals in the area. However, the return of animals and plants in Fukushima has proved that without human’s interference, nature has its own way to keep a place for every animal and plants.

1. What can be the best title for the passage?

A. Nature takes over abandoned Fukushima areas.      

B. Fukushima nuclear disaster.

C. Scientists have been struggling with Japan's nuclear waste.

D. Natural disasters in Japan.

2.  What does the word "them" which is in bold in paragraph 2 refers to?

A. Scientists.             B. Images.                C. Days.                 D. Wild boars.

3.  Why did scientists install camera systems in the region of the nuclear disaster?

A. Because they want to understand the genetic condition of the animals in the region.      

B. Because they wanted to count the number of wild boars.                                        

C. Because they wanted to evacuate all the residents away from the region.

D. Because they wanted to see what happened in the region.

4.  How many images of wild boars were obtained from uninhabited area?

A. 46,000                   B. 13,000                   C. 120,000                 D. 26,000

5. Which of the following can replace the word "determine" in paragraph 2?

A. establish               B. figure out                          C. decide            D. complete

A magnitude-9.0 earthquake, also known as the Great East Japan Earthquake, struck in the Pacific Ocean off the northeast coast of Japan’s Honshu island on March 11, 2011. It was the most powerful earthquake ever to hit Japan and the fourth largest ever recorded in the world. The earthquake triggered a massive tsunami that flooded more than 200 square miles of Coastal land. Waves estimated to be as high as 38 meters, the height of a 12-story building, tore apart Coastal towns and villages, carrying ships inland as thousands of homes were flattened, then washed tons of debris and vehicles back out to sea. Damage to the reactors at TEPCO’s Fukushima Daiichi Nuclear Power Plant then caused a third disaster, contaminating a wide area that still forces nearly 100,000 residents to live as evacuees. Tsunami waves also swept across the Pacific, causing damage or disruptions in Hawaii, California, Oregon, Washington and British Columbia. Casualties from the earthquake and tsunami in Japan may be 30,000 and close to 500,000 people were forced to evacuate. More than 125,000 buildings have been washed away or seriously damaged; property damage is estimated the Great East Japan Earthquake to be more than $310 billion. 
4. What was the effect of this disaster to property? ______________________________________

A magnitude-9.0 earthquake, also known as the Great East Japan Earthquake, struck in the Pacific Ocean off the northeast coast of Japan’s Honshu island on March 11, 2011. It was the most powerful earthquake ever to hit Japan and the fourth largest ever recorded in the world. The earthquake triggered a massive tsunami that flooded more than 200 square miles of Coastal land. Waves estimated to be as high as 38 meters, the height of a 12-story building, tore apart Coastal towns and villages, carrying ships inland as thousands of homes were flattened, then washed tons of debris and vehicles back out to sea. Damage to the reactors at TEPCO’s Fukushima Daiichi Nuclear Power Plant then caused a third disaster, contaminating a wide area that still forces nearly 100,000 residents to live as evacuees. Tsunami waves also swept across the Pacific, causing damage or disruptions in Hawaii, California, Oregon, Washington and British Columbia. Casualties from the earthquake and tsunami in Japan may be 30,000 and close to 500,000 people were forced to evacuate. More than 125,000 buildings have been washed away or seriously damaged; property damage is estimated the Great East Japan Earthquake to be more than $310 billion. 
1. When did the Great East Japan Earthquake struck in the Pacific Ocean off the northeast coast of Japan’s Honshu? _________________________________________________________________ 
2. Is it the fifth largest earthquake ever recorded in the world? _____________________________ 
3. How high were the waves of the Tsunami? __________________________________________ 
4. What was the effect of this disaster to property? ______________________________________

A magnitude-9.0 earthquake, also known as the Great East Japan Earthquake, struck in the Pacific Ocean off the northeast coast of Japan’s Honshu island on March 11, 2011. It was the most powerful earthquake ever to hit Japan and the fourth largest ever recorded in the world. The earthquake triggered a massive tsunami that flooded more than 200 square miles of Coastal land. Waves estimated to be as high as 38 meters, the height of a 12-story building, tore apart Coastal towns and villages, carrying ships inland as thousands of homes were flattened, then washed tons of debris and vehicles back out to sea. Damage to the reactors at TEPCO’s Fukushima Daiichi Nuclear Power Plant then caused a third disaster, contaminating a wide area that still forces nearly 100,000 residents to live as evacuees. Tsunami waves also swept across the Pacific, causing damage or disruptions in Hawaii, California, Oregon, Washington and British Columbia. Casualties from the earthquake and tsunami in Japan may be 30,000 and close to 500,000 people were forced to evacuate. More than 125,000 buildings have been washed away or seriously damaged; property damage is estimated the Great East Japan Earthquake to be more than $310 billion. 
1. When did the Great East Japan Earthquake struck in the Pacific Ocean off the northeast coast of Japan’s Honshu? _________________________________________________________________ 
2. Is it the fifth largest earthquake ever recorded in the world? _____________________________ 
3. How high were the waves of the Tsunami? __________________________________________ 
4. What was the effect of this disaster to property? ______________________________________

A magnitude-9.0 earthquake, also known as the Great East Japan Earthquake, struck in the Pacific Ocean off the northeast coast of Japan’s Honshu island on March 11, 2011. It was the most powerful earthquake ever to hit Japan and the fourth largest ever recorded in the world. The earthquake triggered a massive tsunami that flooded more than 200 square miles of Coastal land. Waves estimated to be as high as 38 meters, the height of a 12-story building, tore apart Coastal towns and villages, carrying ships inland as thousands of homes were flattened, then washed tons of debris and vehicles back out to sea. Damage to the reactors at TEPCO’s Fukushima Daiichi Nuclear Power Plant then caused a third disaster, contaminating a wide area that still forces nearly 100,000 residents to live as evacuees. Tsunami waves also swept across the Pacific, causing damage or disruptions in Hawaii, California, Oregon, Washington and British Columbia. Casualties from the earthquake and tsunami in Japan may be 30,000 and close to 500,000 people were forced to evacuate. More than 125,000 buildings have been washed away or seriously damaged; property damage is estimated the Great East Japan Earthquake to be more than $310 billion. 
1. When did the Great East Japan Earthquake struck in the Pacific Ocean off the northeast coast of Japan’s Honshu? _________________________________________________________________ 
2. Is it the fifth largest earthquake ever recorded in the world? _____________________________ 
3. How high were the waves of the Tsunami? __________________________________________ 
4. What was the effect of this disaster to property? ______________________________________

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 from 36 to 43.

The hard, rigid plates that form the outermost portion of the Earth are about 100 kilometers thick. These plates include both the Earth's crust and the upper mantle. The rocks of the crust are composed mostly of minerals with light elements, like aluminum and sodium, while the mantle contains some heavier elements, like iron and magnesium. Together, the crust and upper mantle that form the surface plates are called the lithosphere. This rigid layer floats on the denser material of the lower mantle the way a wooden raft floats on a pond. The plates are supported by a weak, plastic layer of the lower mantle called the asthenosphere. Also like a raft on a pond, the lithospheric plates are carried along by slow currents in this more fluid layer beneath them.

With an understanding of plate tectonics, geologists have put together a new history for the Earth's surface. About 200 million years ago, the plates at the Earth's surface formed a “supercontinent” called Pangaea. When this supercontinent started to tear apart because of plate movement, Pangaea first broke into two large continental masses with a newly formed sea that grew between the land areas as the depression filled with water. The southern one — which included the modern continents of South America, Africa, Australia, and Antarctica — is called Gondwanaland. The northern one — with North America, Europe, and Asia — is called Laurasia. North America tore away from Europe about 180 million years ago, forming the northern Atlantic Ocean. Some of the lithospheric plates carry ocean floor and others carry land masses or a combination of the two types. The movement of the lithospheric plates is responsible for earthquakes, volcanoes, and the Earth's largest mountain ranges. Current understanding of the interaction between different plates explains why these occur where they do. For example, the edge of the Pacific Ocean has been called the “Ring of Fire” because so many volcanic eruptions and earthquakes happen there. Before the 1960's, geologists could not explain why active volcanoes and strong earthquakes were concentrated in that region. The theory of plate tectonics gave them an answer.

According to the passage, the northern Atlantic Ocean was formed when

A. Pangaea was created

B. plate movement ceased

C. Gondwanaland collided with Pangaea

D. parts of Laurasia separated from each other

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 from 36 to 43.

The hard, rigid plates that form the outermost portion of the Earth are about 100 kilometers thick. These plates include both the Earth's crust and the upper mantle. The rocks of the crust are composed mostly of minerals with light elements, like aluminum and sodium, while the mantle contains some heavier elements, like iron and magnesium. Together, the crust and upper mantle that form the surface plates are called the lithosphere. This rigid layer floats on the denser material of the lower mantle the way a wooden raft floats on a pond. The plates are supported by a weak, plastic layer of the lower mantle called the asthenosphere. Also like a raft on a pond, the lithospheric plates are carried along by slow currents in this more fluid layer beneath them.

With an understanding of plate tectonics, geologists have put together a new history for the Earth's surface. About 200 million years ago, the plates at the Earth's surface formed a “supercontinent” called Pangaea. When this supercontinent started to tear apart because of plate movement, Pangaea first broke into two large continental masses with a newly formed sea that grew between the land areas as the depression filled with water. The southern one — which included the modern continents of South America, Africa, Australia, and Antarctica — is called Gondwanaland. The northern one — with North America, Europe, and Asia — is called Laurasia. North America tore away from Europe about 180 million years ago, forming the northern Atlantic Ocean. Some of the lithospheric plates carry ocean floor and others carry land masses or a combination of the two types. The movement of the lithospheric plates is responsible for earthquakes, volcanoes, and the Earth's largest mountain ranges. Current understanding of the interaction between different plates explains why these occur where they do. For example, the edge of the Pacific Ocean has been called the “Ring of Fire” because so many volcanic eruptions and earthquakes happen there. Before the 1960's, geologists could not explain why active volcanoes and strong earthquakes were concentrated in that region. The theory of plate tectonics gave them an answer.

The author compares the relationship between the lithosphere and the asthenosphere to which of the following?

A. Lava flowing from a volcano

B. A boat floating on the water

C. A fish swimming in a pond

D. The erosion of rocks by running water

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 from 36 to 43.

The hard, rigid plates that form the outermost portion of the Earth are about 100 kilometers thick. These plates include both the Earth's crust and the upper mantle. The rocks of the crust are composed mostly of minerals with light elements, like aluminum and sodium, while the mantle contains some heavier elements, like iron and magnesium. Together, the crust and upper mantle that form the surface plates are called the lithosphere. This rigid layer floats on the denser material of the lower mantle the way a wooden raft floats on a pond. The plates are supported by a weak, plastic layer of the lower mantle called the asthenosphere. Also like a raft on a pond, the lithospheric plates are carried along by slow currents in this more fluid layer beneath them.

With an understanding of plate tectonics, geologists have put together a new history for the Earth's surface. About 200 million years ago, the plates at the Earth's surface formed a “supercontinent” called Pangaea. When this supercontinent started to tear apart because of plate movement, Pangaea first broke into two large continental masses with a newly formed sea that grew between the land areas as the depression filled with water. The southern one — which included the modern continents of South America, Africa, Australia, and Antarctica — is called Gondwanaland. The northern one — with North America, Europe, and Asia — is called Laurasia. North America tore away from Europe about 180 million years ago, forming the northern Atlantic Ocean. Some of the lithospheric plates carry ocean floor and others carry land masses or a combination of the two types. The movement of the lithospheric plates is responsible for earthquakes, volcanoes, and the Earth's largest mountain ranges. Current understanding of the interaction between different plates explains why these occur where they do. For example, the edge of the Pacific Ocean has been called the “Ring of Fire” because so many volcanic eruptions and earthquakes happen there. Before the 1960's, geologists could not explain why active volcanoes and strong earthquakes were concentrated in that region. The theory of plate tectonics gave them an answer.

In line 27, the word “concentrated” is closest in meaning to which of the following?

A. Allowed

B. Clustered

C. Exploded

D. Strengthened

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 from 36 to 43.

The hard, rigid plates that form the outermost portion of the Earth are about 100 kilometers thick. These plates include both the Earth's crust and the upper mantle. The rocks of the crust are composed mostly of minerals with light elements, like aluminum and sodium, while the mantle contains some heavier elements, like iron and magnesium. Together, the crust and upper mantle that form the surface plates are called the lithosphere. This rigid layer floats on the denser material of the lower mantle the way a wooden raft floats on a pond. The plates are supported by a weak, plastic layer of the lower mantle called the asthenosphere. Also like a raft on a pond, the lithospheric plates are carried along by slow currents in this more fluid layer beneath them.

With an understanding of plate tectonics, geologists have put together a new history for the Earth's surface. About 200 million years ago, the plates at the Earth's surface formed a “supercontinent” called Pangaea. When this supercontinent started to tear apart because of plate movement, Pangaea first broke into two large continental masses with a newly formed sea that grew between the land areas as the depression filled with water. The southern one — which included the modern continents of South America, Africa, Australia, and Antarctica — is called Gondwanaland. The northern one — with North America, Europe, and Asia — is called Laurasia. North America tore away from Europe about 180 million years ago, forming the northern Atlantic Ocean. Some of the lithospheric plates carry ocean floor and others carry land masses or a combination of the two types. The movement of the lithospheric plates is responsible for earthquakes, volcanoes, and the Earth's largest mountain ranges. Current understanding of the interaction between different plates explains why these occur where they do. For example, the edge of the Pacific Ocean has been called the “Ring of Fire” because so many volcanic eruptions and earthquakes happen there. Before the 1960's, geologists could not explain why active volcanoes and strong earthquakes were concentrated in that region. The theory of plate tectonics gave them an answer.

Which of the following can be inferred about the theory of plate tectonics?

A. It is no longer of great interest to geologists

B. It was first proposed in the 1960's

C. It fails to explain why earthquakes occur

D. It refutes the theory of the existence of a supercontinent