ĐỀ THI LỚP 9 – ĐỀ SỐ 10

You have to stay at home because of the Covid-19, ____ ?

Hue city, _____ is an old capital, attract millions of tourist every year.

John never comes to class on time and ______ .

Van Phuc Village in Ha Noi produces different types of ____ products such as cloth, scarves, ties and dresses.

According to our school's regulations, students _____ use moblie phones in class

_____ my father did not hold  a well-paid job, he enjoyed his job a lot.

_____ my father did not hold  a well-paid job, he enjoyed his job a lot.

English is thought to be ___ Vietnamese.

The water in this river is not ___ to swim in.

It _____ that Viet Nam National Men's Football Team is the number one in Southeast Asia.

When I first met him, he was wearing ______ .

My father sometimes _____ the washing up after dinner.

I was late for school as my alarm o'clock didn't ____ this morning.

Peter: What is on the televison tonight?
John: ______ .

Jenny: I'm sorry. I didn't mean to upset you.
Linda: ______ .

I love looking at tall buildings at night with their colorful lights.

Oxford University is the most ancient university in Britain.

Making the engine compatible with lead-free fuel requires minimal modification.

The radiation leak has had a disastrous effect on the environment.

The two brothersstarted up a clothes retailing business.

This is a good car model which is now being advertised on the televison every day.

That pagoda was repainting when we visited it last week.

This excercise is such difficult that nobody in my class can do it.

Jennifer was the more hard-working student in our school last year.

Yesterday, he (play) _____ computer games when his mother called.

My mother (not work) _____ for this company since 2000.

Did you advise Jane (join) ____ in the Vietnamese speaking contest?

He hates (answer) ___ the phone, and very often just lets it ring.

Bad salary is usually the reason for the workers threat to the strike. (account)
-->  The workers ussually go   ...............................................................

It's up to you to decide the way you want to live your life. (depends)
'--> How   .................................................................................................

So proud was Nina of her culinary skills that everybody felt irritated. (pride)

--> Nina  .........................................................................................................

After he had sent me the note, he left the town forever. (good)

--->   Having      .........................................................................................

I didn't know who painted this, but he was a genius. (artist)

--->  Whoever the.....................................................................................

Kids frequently enlarge the head relative to the rest of the body when they are drawing human figures. This common inequity in children's illustrations is the subject of a recent study that provides some insight. Scholars requested children aged 4 to 7 to create multiple drawings of men as an integral component of the research endeavor. Head proportions were significantly augmented when depicting male figures in frontal views. In contrast, the proportions of the heads were not as pronounced when the children drew back views of men. According to the researchers, children who are instructed to leave space for facial details tend to draw larger heads. Hence, the intentional inclusion of an atypical head size in children's illustrations does not signify a deficiency in proportionality, but rather a deliberate strategic move.

Kids frequently enlarge the head relative to the rest of the body when they are drawing human figures. This common inequity in children's illustrations is the subject of a recent study that provides some insight. Scholars requested children aged 4 to 7 to create multiple drawings of men as an integral component of the research endeavor. Head proportions were significantly augmented when depicting male figures in frontal views. In contrast, the proportions of the heads were not as pronounced when the children drew back views of men. According to the researchers, children who are instructed to leave space for facial details tend to draw larger heads. Hence, the intentional inclusion of an atypical head size in children's illustrations does not signify a deficiency in proportionality, but rather a deliberate strategic move.

Kids frequently enlarge the head relative to the rest of the body when they are drawing human figures. This common inequity in children's illustrations is the subject of a recent study that provides some insight. Scholars requested children aged 4 to 7 to create multiple drawings of men as an integral component of the research endeavor. Head proportions were significantly augmented when depicting male figures in frontal views. In contrast, the proportions of the heads were not as pronounced when the children drew back views of men. According to the researchers, children who are instructed to leave space for facial details tend to draw larger heads. Hence, the intentional inclusion of an atypical head size in children's illustrations does not signify a deficiency in proportionality, but rather a deliberate strategic move.

Plants and trees, the green wonders of our world, are vital components of life on Earth. Through their remarkable ability to convert sunlight into energy, they provide oxygen, food, shelter, and countless other resources. This textbook will delve into the fascinating world of plants and trees, exploring their structure, functions, and importance in sustaining life.

Roots: Like the sturdy foundation of a building, roots provide support and stability for plants. They anchor the plant in the ground and absorb water and nutrients from the soil. The root system can be likened to a vast network of pipes, transporting water and minerals throughout the plant. For instance, the carrot we consume is actually the taproot of the plant, which stores nutrients for growth.

Stems: Stems act as the plant's transportation system, delivering water, nutrients, and sugars throughout the plant. Think of the stem as a highway, connecting roots to leaves and flowers. The stem also provides support, allowing the plant to reach towards the sun. Bamboo, with its tall and flexible stems, exemplifies this concept.

Leaves: Leaves are the powerhouses of plants. Through a process called photosynthesis, they convert sunlight into energy, producing oxygen and glucose (a type of sugar). Leaves have tiny pores called stomata, which allow for gas exchange. They resemble solar panels, capturing sunlight to fuel the plant's growth. Maple leaves, with their distinct shapes and vibrant colors, demonstrate the diversity found within the leaf kingdom.

Plants and trees, the green wonders of our world, are vital components of life on Earth. Through their remarkable ability to convert sunlight into energy, they provide oxygen, food, shelter, and countless other resources. This textbook will delve into the fascinating world of plants and trees, exploring their structure, functions, and importance in sustaining life.

Roots: Like the sturdy foundation of a building, roots provide support and stability for plants. They anchor the plant in the ground and absorb water and nutrients from the soil. The root system can be likened to a vast network of pipes, transporting water and minerals throughout the plant. For instance, the carrot we consume is actually the taproot of the plant, which stores nutrients for growth.

Stems: Stems act as the plant's transportation system, delivering water, nutrients, and sugars throughout the plant. Think of the stem as a highway, connecting roots to leaves and flowers. The stem also provides support, allowing the plant to reach towards the sun. Bamboo, with its tall and flexible stems, exemplifies this concept.

Leaves: Leaves are the powerhouses of plants. Through a process called photosynthesis, they convert sunlight into energy, producing oxygen and glucose (a type of sugar). Leaves have tiny pores called stomata, which allow for gas exchange. They resemble solar panels, capturing sunlight to fuel the plant's growth. Maple leaves, with their distinct shapes and vibrant colors, demonstrate the diversity found within the leaf kingdom.

Plants and trees, the green wonders of our world, are vital components of life on Earth. Through their remarkable ability to convert sunlight into energy, they provide oxygen, food, shelter, and countless other resources. This textbook will delve into the fascinating world of plants and trees, exploring their structure, functions, and importance in sustaining life.

Roots: Like the sturdy foundation of a building, roots provide support and stability for plants. They anchor the plant in the ground and absorb water and nutrients from the soil. The root system can be likened to a vast network of pipes, transporting water and minerals throughout the plant. For instance, the carrot we consume is actually the taproot of the plant, which stores nutrients for growth.

Stems: Stems act as the plant's transportation system, delivering water, nutrients, and sugars throughout the plant. Think of the stem as a highway, connecting roots to leaves and flowers. The stem also provides support, allowing the plant to reach towards the sun. Bamboo, with its tall and flexible stems, exemplifies this concept.

Leaves: Leaves are the powerhouses of plants. Through a process called photosynthesis, they convert sunlight into energy, producing oxygen and glucose (a type of sugar). Leaves have tiny pores called stomata, which allow for gas exchange. They resemble solar panels, capturing sunlight to fuel the plant's growth. Maple leaves, with their distinct shapes and vibrant colors, demonstrate the diversity found within the leaf kingdom.

Plants and trees, the green wonders of our world, are vital components of life on Earth. Through their remarkable ability to convert sunlight into energy, they provide oxygen, food, shelter, and countless other resources. This textbook will delve into the fascinating world of plants and trees, exploring their structure, functions, and importance in sustaining life.

Roots: Like the sturdy foundation of a building, roots provide support and stability for plants. They anchor the plant in the ground and absorb water and nutrients from the soil. The root system can be likened to a vast network of pipes, transporting water and minerals throughout the plant. For instance, the carrot we consume is actually the taproot of the plant, which stores nutrients for growth.

Stems: Stems act as the plant's transportation system, delivering water, nutrients, and sugars throughout the plant. Think of the stem as a highway, connecting roots to leaves and flowers. The stem also provides support, allowing the plant to reach towards the sun. Bamboo, with its tall and flexible stems, exemplifies this concept.

Leaves: Leaves are the powerhouses of plants. Through a process called photosynthesis, they convert sunlight into energy, producing oxygen and glucose (a type of sugar). Leaves have tiny pores called stomata, which allow for gas exchange. They resemble solar panels, capturing sunlight to fuel the plant's growth. Maple leaves, with their distinct shapes and vibrant colors, demonstrate the diversity found within the leaf kingdom.

Plants and trees, the green wonders of our world, are vital components of life on Earth. Through their remarkable ability to convert sunlight into energy, they provide oxygen, food, shelter, and countless other resources. This textbook will delve into the fascinating world of plants and trees, exploring their structure, functions, and importance in sustaining life.

Roots: Like the sturdy foundation of a building, roots provide support and stability for plants. They anchor the plant in the ground and absorb water and nutrients from the soil. The root system can be likened to a vast network of pipes, transporting water and minerals throughout the plant. For instance, the carrot we consume is actually the taproot of the plant, which stores nutrients for growth.

Stems: Stems act as the plant's transportation system, delivering water, nutrients, and sugars throughout the plant. Think of the stem as a highway, connecting roots to leaves and flowers. The stem also provides support, allowing the plant to reach towards the sun. Bamboo, with its tall and flexible stems, exemplifies this concept.

Leaves: Leaves are the powerhouses of plants. Through a process called photosynthesis, they convert sunlight into energy, producing oxygen and glucose (a type of sugar). Leaves have tiny pores called stomata, which allow for gas exchange. They resemble solar panels, capturing sunlight to fuel the plant's growth. Maple leaves, with their distinct shapes and vibrant colors, demonstrate the diversity found within the leaf kingdom.

Plants and trees, the green wonders of our world, are vital components of life on Earth. Through their remarkable ability to convert sunlight into energy, they provide oxygen, food, shelter, and countless other resources. This textbook will delve into the fascinating world of plants and trees, exploring their structure, functions, and importance in sustaining life.

Roots: Like the sturdy foundation of a building, roots provide support and stability for plants. They anchor the plant in the ground and absorb water and nutrients from the soil. The root system can be likened to a vast network of pipes, transporting water and minerals throughout the plant. For instance, the carrot we consume is actually the taproot of the plant, which stores nutrients for growth.

Stems: Stems act as the plant's transportation system, delivering water, nutrients, and sugars throughout the plant. Think of the stem as a highway, connecting roots to leaves and flowers. The stem also provides support, allowing the plant to reach towards the sun. Bamboo, with its tall and flexible stems, exemplifies this concept.

Leaves: Leaves are the powerhouses of plants. Through a process called photosynthesis, they convert sunlight into energy, producing oxygen and glucose (a type of sugar). Leaves have tiny pores called stomata, which allow for gas exchange. They resemble solar panels, capturing sunlight to fuel the plant's growth. Maple leaves, with their distinct shapes and vibrant colors, demonstrate the diversity found within the leaf kingdom.

Plants and trees, the green wonders of our world, are vital components of life on Earth. Through their remarkable ability to convert sunlight into energy, they provide oxygen, food, shelter, and countless other resources. This textbook will delve into the fascinating world of plants and trees, exploring their structure, functions, and importance in sustaining life.

Roots: Like the sturdy foundation of a building, roots provide support and stability for plants. They anchor the plant in the ground and absorb water and nutrients from the soil. The root system can be likened to a vast network of pipes, transporting water and minerals throughout the plant. For instance, the carrot we consume is actually the taproot of the plant, which stores nutrients for growth.

Stems: Stems act as the plant's transportation system, delivering water, nutrients, and sugars throughout the plant. Think of the stem as a highway, connecting roots to leaves and flowers. The stem also provides support, allowing the plant to reach towards the sun. Bamboo, with its tall and flexible stems, exemplifies this concept.

Leaves: Leaves are the powerhouses of plants. Through a process called photosynthesis, they convert sunlight into energy, producing oxygen and glucose (a type of sugar). Leaves have tiny pores called stomata, which allow for gas exchange. They resemble solar panels, capturing sunlight to fuel the plant's growth. Maple leaves, with their distinct shapes and vibrant colors, demonstrate the diversity found within the leaf kingdom.

Plants and trees, the green wonders of our world, are vital components of life on Earth. Through their remarkable ability to convert sunlight into energy, they provide oxygen, food, shelter, and countless other resources. This textbook will delve into the fascinating world of plants and trees, exploring their structure, functions, and importance in sustaining life.

Roots: Like the sturdy foundation of a building, roots provide support and stability for plants. They anchor the plant in the ground and absorb water and nutrients from the soil. The root system can be likened to a vast network of pipes, transporting water and minerals throughout the plant. For instance, the carrot we consume is actually the taproot of the plant, which stores nutrients for growth.

Stems: Stems act as the plant's transportation system, delivering water, nutrients, and sugars throughout the plant. Think of the stem as a highway, connecting roots to leaves and flowers. The stem also provides support, allowing the plant to reach towards the sun. Bamboo, with its tall and flexible stems, exemplifies this concept.

Leaves: Leaves are the powerhouses of plants. Through a process called photosynthesis, they convert sunlight into energy, producing oxygen and glucose (a type of sugar). Leaves have tiny pores called stomata, which allow for gas exchange. They resemble solar panels, capturing sunlight to fuel the plant's growth. Maple leaves, with their distinct shapes and vibrant colors, demonstrate the diversity found within the leaf kingdom.

Plants and trees, the green wonders of our world, are vital components of life on Earth. Through their remarkable ability to convert sunlight into energy, they provide oxygen, food, shelter, and countless other resources. This textbook will delve into the fascinating world of plants and trees, exploring their structure, functions, and importance in sustaining life.

Roots: Like the sturdy foundation of a building, roots provide support and stability for plants. They anchor the plant in the ground and absorb water and nutrients from the soil. The root system can be likened to a vast network of pipes, transporting water and minerals throughout the plant. For instance, the carrot we consume is actually the taproot of the plant, which stores nutrients for growth.

Stems: Stems act as the plant's transportation system, delivering water, nutrients, and sugars throughout the plant. Think of the stem as a highway, connecting roots to leaves and flowers. The stem also provides support, allowing the plant to reach towards the sun. Bamboo, with its tall and flexible stems, exemplifies this concept.

Leaves: Leaves are the powerhouses of plants. Through a process called photosynthesis, they convert sunlight into energy, producing oxygen and glucose (a type of sugar). Leaves have tiny pores called stomata, which allow for gas exchange. They resemble solar panels, capturing sunlight to fuel the plant's growth. Maple leaves, with their distinct shapes and vibrant colors, demonstrate the diversity found within the leaf kingdom.

Plants and trees, the green wonders of our world, are vital components of life on Earth. Through their remarkable ability to convert sunlight into energy, they provide oxygen, food, shelter, and countless other resources. This textbook will delve into the fascinating world of plants and trees, exploring their structure, functions, and importance in sustaining life.

Roots: Like the sturdy foundation of a building, roots provide support and stability for plants. They anchor the plant in the ground and absorb water and nutrients from the soil. The root system can be likened to a vast network of pipes, transporting water and minerals throughout the plant. For instance, the carrot we consume is actually the taproot of the plant, which stores nutrients for growth.

Stems: Stems act as the plant's transportation system, delivering water, nutrients, and sugars throughout the plant. Think of the stem as a highway, connecting roots to leaves and flowers. The stem also provides support, allowing the plant to reach towards the sun. Bamboo, with its tall and flexible stems, exemplifies this concept.

Leaves: Leaves are the powerhouses of plants. Through a process called photosynthesis, they convert sunlight into energy, producing oxygen and glucose (a type of sugar). Leaves have tiny pores called stomata, which allow for gas exchange. They resemble solar panels, capturing sunlight to fuel the plant's growth. Maple leaves, with their distinct shapes and vibrant colors, demonstrate the diversity found within the leaf kingdom.