II Read the passages and answer the questions
Bau Truc pottery items are made from clay from the Quao River mixed with sand. Clay is collected from the river only once a year, each lasting for half a month, clay is taken more or less depending on the ability of each person. In the clay collect seaseon, local people try to take as much clay as they can to store, for use in the entire year.
Currently, people in Bau Truc pottery village still make pottery items in the traditional way. They do not use the wheel but the craftsmen have to turn around the products. The potters shape their products by skillful hands and feet around a pole-round pillar, rather than on the wheel. From this step, silky clay block initially gradually forms a smooth rounded hollow blocks, then the formation of flower vases, or water pots.
Bau Truc's craftsmen use wet cloths to make the product surface smooth. These items are decorated with seashells, snails or hand-make paintings featuring the daily life of Bau Truc's peopke.
1 How often is clay collected from the Quao River?
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2 Do people make pottery items by hands and feet?
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3 What are these items decorated with?
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2.Read and answer the questions
Bau Truc pottery items are made from clay from the Quao River mixed with sand. Clay is collected from the river only once a year, each lasting for half a month. Clay is taken more or less dependibg on the ability of each person. In the clay collecting season, local people try to take as much clay as they can to store, for use in an entire year
Currently, people in Bau Truc pottery village still make pottery items in the traditional way. They do not use turntables but the craftsmen have to turn around the products. The potters shape their products by skillful hands and feet around a pole-round pillar, rather than on the wheel. From this step, silky clay block initially gradually forms a smooth rounded hollow blocks, then the formation of flower vases, or water pots
Bau Truc's craftsmen use wet cloths to make the products surface smooth. These items are decorated with seashells, snails or hand-made paintings featuring the daily life of Bau Truc's people
a. What are Bau Truc pottery items made from?
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b. How often is clay collected from the river?
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c. What do people in Bau Truc pottery village still make?
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d. What do Bau Truc's craftsmen use to make the product surface smooth?
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VII.Read the passage, and decide whether the following statements are true (T) or false (F). 

     Bau Truc pottery items are made from clay from the Quao River mixed with sand. Clay is collected from the river only once a year, each lasting for half a month. Clay is taken more or less depending on the ability of each person. In the clay collecting season, local people try to take as much clay as they can to store, for use in the entire year. Currently, people in Bau Truc pottery village still make pottery items in the traditional way. They do not use the wheel but the craftsmen have to turn around the products. The potters shape their products by skillful hands and feet around a pole-round pillar, rather than on the wheel. From this step, silky clay block initially gradually forms a smooth rounded hollow blocks, then the formation of flower vases, or water pots. Bau Truc's craftsmen use wet cloths to make the product surface smooth. These items are decorated with seashells, snails or hand-made paintings featuring the daily life of Bau Truc's people.  

  1.Clay can be collected from the Quao River all year round. 

  2.Bau Truc pottery is famous because people only use fine clay to make their products. 

  3.People still make the pottery in the traditional way. 

  4.Craftsmen shape the pottery items only with their hands and feet. 

  5.The pots nowadays are shaped on the potter's wheel. 

  6.Craftsmen use simple ways to make the product surface smooth.

  7.The craftsmen's skills can make the blocks of clay become lively and useful.   

  8.The designs of Bau Truc pottery reflect the life of local people. 

          Mong mọi người giúp mình. Mình cảm ơn mọi người.

Read the passage and decide whether the following statements are true (T) , or false (F)

Bau Truc pottery iems are made from clay from the Quao River mied with sand. Clay is collected from the river only once a year,each lasting for half a month. Clay is taken more or less depending on the ability of each person. In the clay collecting season,local people try to take as much clay as they can to store, for use in an entire year.

Currently,people in Bau Truc pottery village still make pottery items in the traditional way. They do not use the wheel but the craftsmen have to turn around the products.The potters shape their products by their skillful hands and feet around apole-round pillar, rather than on one wheel. From this step, silky clay block initially gradually forms a smooth rounded hollow block, then the formation of flower vases, or water pots.

Bau truc's craftsmen use wet cloths to make the products surface smooth. These items are decorated ith seashells, snails or hand-made paintings featuring the daily life of Bau Truc's people

1. Cay can be collected from the Quao River all the year round.

2. Bau Truc pottery is famous because people only use fine clay to make their products.

3. People still make the pottery in the traditional way.

4. Craftsmen shape thepottery items only with their hands and feet.

5. The pots nowadays are shaped on the pottery's wheel.

6. Craftsmen use simple ways to make the products surface smooth.

7. The craftsmen's skills can make the blocks of clay become lively and useful.

8. The desgins of Bau Truc pottery reflect the life of local people.

  Extra readings

Complete the article. Use the pharases below

A. burning fossil fuels for energy

B. leading to climate change

C. investing in renewable energy

D. beacaus it can't escape, it heats the planet

E. heating our homes, cooking our meals, etc

            THE CHANGING CLIMATE

  Problem

We use energy for almost everything we do: for (1)______. This use of energy is (2)_____ - the world is heating up. When (3)______, carbon dioxide is released. Carbon dioxide traps the sun's heat in the atmosphere and (4)______ Over the past thirty year, there has been a growing number of extreme weather events, such as floods. droughts and storms.

  Solution

We should protect our planet, by (5)_______. We should use sources of energy more wisely, for our future, and the future of the planet

Read the passage and decide whether the following statements are true (T) , or false (F)

Bau Truc pottery iems are made from clay from the Quao River mied with sand. Clay is collected from the river only once a year,each lasting for half a month. Clay is taken more or less depending on the ability of each person. In the clay collecting season,local people try to take as much clay as they can to store, for use in an entire year.

Currently,people in Bau Truc pottery village still make pottery items in the traditional way. They do not use the wheel but the craftsmen have to turn around the products.The potters shape their products by their skillful hands and feet around apole-round pillar, rather than on one wheel. From this step, silky clay block initially gradually forms a smooth rounded hollow block, then the formation of flower vases, or water pots.

Bau truc's craftsmen use wet cloths to make the products surface smooth. These items are decorated ith seashells, snails or hand-made paintings featuring the daily life of Bau Truc's people

1. Cay can be collected from the Quao River all the year round.

2. Bau Truc pottery is famous because people only use fine clay to make their products.

3. People still make the pottery in the traditional way.

4. Craftsmen shape thepottery items only with their hands and feet.

5. The pots nowadays are shaped on the pottery's wheel.

6. Craftsmen use simple ways to make the products surface smooth.

7. The craftsmen's skills can make the blocks of clay become lively and useful.

8. The desgins of Bau Truc pottery reflect the life of local people.

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.

    The mineral particles found in soil range in size from microscopic clay particles to large boulders. The most abundant particles - sand, silt, and clay - are the focus of examination in studies of soil texture. Texture is the term used to describe the line composite sizes of particles in a soil sample, typically several representative handfuls. To measure soil texture, the sand, silt, and clay particles are sorted out by size and weight. The weights of each size are then expressed as a percentage of the sample weight.

    In the field, soil texture can be estimated by extracting a handful of sod and squeezing the damp soil into three basic shapes; cast, a lump formed by squeezing a sample in a clenched fist; thread, a pencil shape formed by rolling soil between the palms; and ribbon, a flatfish shape formed by squeezing a small sample between the thumb and index finger. The behavioral characteristics of the soil when molded into each of these shapes, if they can be formed at all, provides the basis for a general textural classification. The behavior of the soil in the hand test is determined by the amount of clay in the sample. Clay particles are highly cohesive, and when dampened, behave as a plastic. Therefore the higher the clay content in a sample, the more refined and durable the shapes into which it can be molded.

          Another method of determining soil texture involves the use of devices called sediment sieves, screens built with a specified mesh size. When the soil is filtered through a group of sieves, each with a different mesh size, the particles become grouped in corresponding size categories. Each category can be weighed to make a textural determination. Although sieves work well for silt, sand, and larger particles, they are not appropriate for clay particles. Clay is far too small to sieve accurately; therefore, in soils with a high proportion of clay, the fine particles are measured on the basis of their settling velocity when suspended in water. Since clays settle so slowly, they are easily segregated from sand and silt. The water can be drawn off and evaporated, leaving a residue of clay, which can be weighed.

It can be inferred from the passage that a soil sample with little or no clay in it ________.

A. may not hold its shape when molded    

B. does not have a classifiable texture

C. is not very heavy       

D. does not have a durable shap

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.

    The mineral particles found in soil range in size from microscopic clay particles to large boulders. The most abundant particles - sand, silt, and clay - are the focus of examination in studies of soil texture. Texture is the term used to describe the line composite sizes of particles in a soil sample, typically several representative handfuls. To measure soil texture, the sand, silt, and clay particles are sorted out by size and weight. The weights of each size are then expressed as a percentage of the sample weight.

    In the field, soil texture can be estimated by extracting a handful of sod and squeezing the damp soil into three basic shapes; cast, a lump formed by squeezing a sample in a clenched fist; thread, a pencil shape formed by rolling soil between the palms; and ribbon, a flatfish shape formed by squeezing a small sample between the thumb and index finger. The behavioral characteristics of the soil when molded into each of these shapes, if they can be formed at all, provides the basis for a general textural classification. The behavior of the soil in the hand test is determined by the amount of clay in the sample. Clay particles are highly cohesive, and when dampened, behave as a plastic. Therefore the higher the clay content in a sample, the more refined and durable the shapes into which it can be molded.

          Another method of determining soil texture involves the use of devices called sediment sieves, screens built with a specified mesh size. When the soil is filtered through a group of sieves, each with a different mesh size, the particles become grouped in corresponding size categories. Each category can be weighed to make a textural determination. Although sieves work well for silt, sand, and larger particles, they are not appropriate for clay particles. Clay is far too small to sieve accurately; therefore, in soils with a high proportion of clay, the fine particles are measured on the basis of their settling velocity when suspended in water. Since clays settle so slowly, they are easily segregated from sand and silt. The water can be drawn off and evaporated, leaving a residue of clay, which can be weighed.

The word “fine” in the passage is closest in meaning to _____.

A. various  

B. tiny         

C. excellent           

D. many

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.

    The mineral particles found in soil range in size from microscopic clay particles to large boulders. The most abundant particles - sand, silt, and clay - are the focus of examination in studies of soil texture. Texture is the term used to describe the line composite sizes of particles in a soil sample, typically several representative handfuls. To measure soil texture, the sand, silt, and clay particles are sorted out by size and weight. The weights of each size are then expressed as a percentage of the sample weight.

    In the field, soil texture can be estimated by extracting a handful of sod and squeezing the damp soil into three basic shapes; cast, a lump formed by squeezing a sample in a clenched fist; thread, a pencil shape formed by rolling soil between the palms; and ribbon, a flatfish shape formed by squeezing a small sample between the thumb and index finger. The behavioral characteristics of the soil when molded into each of these shapes, if they can be formed at all, provides the basis for a general textural classification. The behavior of the soil in the hand test is determined by the amount of clay in the sample. Clay particles are highly cohesive, and when dampened, behave as a plastic. Therefore the higher the clay content in a sample, the more refined and durable the shapes into which it can be molded.

          Another method of determining soil texture involves the use of devices called sediment sieves, screens built with a specified mesh size. When the soil is filtered through a group of sieves, each with a different mesh size, the particles become grouped in corresponding size categories. Each category can be weighed to make a textural determination. Although sieves work well for silt, sand, and larger particles, they are not appropriate for clay particles. Clay is far too small to sieve accurately; therefore, in soils with a high proportion of clay, the fine particles are measured on the basis of their settling velocity when suspended in water. Since clays settle so slowly, they are easily segregated from sand and silt. The water can be drawn off and evaporated, leaving a residue of clay, which can be weighed.

The word “dampened” in the passage is closest in meaning to _____.

A. examined        

B. stretched           

C. moistened         

D. damaged

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.

    The mineral particles found in soil range in size from microscopic clay particles to large boulders. The most abundant particles - sand, silt, and clay - are the focus of examination in studies of soil texture. Texture is the term used to describe the line composite sizes of particles in a soil sample, typically several representative handfuls. To measure soil texture, the sand, silt, and clay particles are sorted out by size and weight. The weights of each size are then expressed as a percentage of the sample weight.

    In the field, soil texture can be estimated by extracting a handful of sod and squeezing the damp soil into three basic shapes; cast, a lump formed by squeezing a sample in a clenched fist; thread, a pencil shape formed by rolling soil between the palms; and ribbon, a flatfish shape formed by squeezing a small sample between the thumb and index finger. The behavioral characteristics of the soil when molded into each of these shapes, if they can be formed at all, provides the basis for a general textural classification. The behavior of the soil in the hand test is determined by the amount of clay in the sample. Clay particles are highly cohesive, and when dampened, behave as a plastic. Therefore the higher the clay content in a sample, the more refined and durable the shapes into which it can be molded.

          Another method of determining soil texture involves the use of devices called sediment sieves, screens built with a specified mesh size. When the soil is filtered through a group of sieves, each with a different mesh size, the particles become grouped in corresponding size categories. Each category can be weighed to make a textural determination. Although sieves work well for silt, sand, and larger particles, they are not appropriate for clay particles. Clay is far too small to sieve accurately; therefore, in soils with a high proportion of clay, the fine particles are measured on the basis of their settling velocity when suspended in water. Since clays settle so slowly, they are easily segregated from sand and silt. The water can be drawn off and evaporated, leaving a residue of clay, which can be weighed.

The author mentions “several representative handfuls” in the passage in order to show ______.

A. how small soil particles are

B. the requirements for an adequate soil farm

C. the process by which soil is weighed

D. the range of soil samples

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.

    The mineral particles found in soil range in size from microscopic clay particles to large boulders. The most abundant particles - sand, silt, and clay - are the focus of examination in studies of soil texture. Texture is the term used to describe the line composite sizes of particles in a soil sample, typically several representative handfuls. To measure soil texture, the sand, silt, and clay particles are sorted out by size and weight. The weights of each size are then expressed as a percentage of the sample weight.

    In the field, soil texture can be estimated by extracting a handful of sod and squeezing the damp soil into three basic shapes; cast, a lump formed by squeezing a sample in a clenched fist; thread, a pencil shape formed by rolling soil between the palms; and ribbon, a flatfish shape formed by squeezing a small sample between the thumb and index finger. The behavioral characteristics of the soil when molded into each of these shapes, if they can be formed at all, provides the basis for a general textural classification. The behavior of the soil in the hand test is determined by the amount of clay in the sample. Clay particles are highly cohesive, and when dampened, behave as a plastic. Therefore the higher the clay content in a sample, the more refined and durable the shapes into which it can be molded.

          Another method of determining soil texture involves the use of devices called sediment sieves, screens built with a specified mesh size. When the soil is filtered through a group of sieves, each with a different mesh size, the particles become grouped in corresponding size categories. Each category can be weighed to make a textural determination. Although sieves work well for silt, sand, and larger particles, they are not appropriate for clay particles. Clay is far too small to sieve accurately; therefore, in soils with a high proportion of clay, the fine particles are measured on the basis of their settling velocity when suspended in water. Since clays settle so slowly, they are easily segregated from sand and silt. The water can be drawn off and evaporated, leaving a residue of clay, which can be weighed.

The word “they” in the passage refers to _____.

A. categories        

B. sieves     

C. clay particles     

D. larger particles