Trắc nghiệm Tiếng Anh 11 Unit 1 (Smart World có đáp án): Reading & Writing

According to leading experts in nutrition and health, a poor diet increases the risk of illness, and two-thirds of natural deaths in the West have a connection with unsuitable diets. Guidelines for healthy eating which are based on a great deal of research (1) ______ diet-linked diseases all over the world have been established by medical authorities:

- Eat a wide variety of foods to get the whole range of (2) ______.

- Limit processed foods because most (3) ______ large amounts of sodium and other additives.

- (4) ______ down on junk food like French fries as much as possible.

- Do not have ready-made meals from the supermarket too often.

- Wherever possible, buy organic foods that are produced without the use of artificial chemicals. Genetically modified foods (GM foods) may not harm us, (5) ______ they are not good for the environment.

- Change your eating habits gradually.

According to leading experts in nutrition and health, a poor diet increases the risk of illness, and two-thirds of natural deaths in the West have a connection with unsuitable diets. Guidelines for healthy eating which are based on a great deal of research (1) ______ diet-linked diseases all over the world have been established by medical authorities:

- Eat a wide variety of foods to get the whole range of (2) ______.

- Limit processed foods because most (3) ______ large amounts of sodium and other additives.

- (4) ______ down on junk food like French fries as much as possible.

- Do not have ready-made meals from the supermarket too often.

- Wherever possible, buy organic foods that are produced without the use of artificial chemicals. Genetically modified foods (GM foods) may not harm us, (5) ______ they are not good for the environment.

- Change your eating habits gradually.

According to leading experts in nutrition and health, a poor diet increases the risk of illness, and two-thirds of natural deaths in the West have a connection with unsuitable diets. Guidelines for healthy eating which are based on a great deal of research (1) ______ diet-linked diseases all over the world have been established by medical authorities:

- Eat a wide variety of foods to get the whole range of (2) ______.

- Limit processed foods because most (3) ______ large amounts of sodium and other additives.

- (4) ______ down on junk food like French fries as much as possible.

- Do not have ready-made meals from the supermarket too often.

- Wherever possible, buy organic foods that are produced without the use of artificial chemicals. Genetically modified foods (GM foods) may not harm us, (5) ______ they are not good for the environment.

- Change your eating habits gradually.

According to leading experts in nutrition and health, a poor diet increases the risk of illness, and two-thirds of natural deaths in the West have a connection with unsuitable diets. Guidelines for healthy eating which are based on a great deal of research (1) ______ diet-linked diseases all over the world have been established by medical authorities:

- Eat a wide variety of foods to get the whole range of (2) ______.

- Limit processed foods because most (3) ______ large amounts of sodium and other additives.

- (4) ______ down on junk food like French fries as much as possible.

- Do not have ready-made meals from the supermarket too often.

- Wherever possible, buy organic foods that are produced without the use of artificial chemicals. Genetically modified foods (GM foods) may not harm us, (5) ______ they are not good for the environment.

- Change your eating habits gradually.

According to leading experts in nutrition and health, a poor diet increases the risk of illness, and two-thirds of natural deaths in the West have a connection with unsuitable diets. Guidelines for healthy eating which are based on a great deal of research (1) ______ diet-linked diseases all over the world have been established by medical authorities:

- Eat a wide variety of foods to get the whole range of (2) ______.

- Limit processed foods because most (3) ______ large amounts of sodium and other additives.

- (4) ______ down on junk food like French fries as much as possible.

- Do not have ready-made meals from the supermarket too often.

- Wherever possible, buy organic foods that are produced without the use of artificial chemicals. Genetically modified foods (GM foods) may not harm us, (5) ______ they are not good for the environment.

- Change your eating habits gradually.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.

    In today’s cities, technology is widely used. Cities are great sites to adopt modern technology because of their high population and building rates, which result in lower implementation costs per person. Nonetheless, some of these cities’ technologies have not evolved considerably over time. Most people, for example, continue to commute in personal automobiles powered by internal combustion engines. This sort of engine has been in use since the early 1900s. Traffic light technology is still usually based on manually timed mechanical timers and reinforced concrete, the material invented before 1900 and used to build most modern cities.

    The most recent advancements in low-cost sensors, together with the widespread adoption of mobile and high-speed internet and computing technology, have paved the way for a new technological revolution. The Internet of Things (IoT), artificial intelligence (AI), high-resolution GPS, big data and new building materials and techniques are projected to revolutionise cities’ essential functional features, affecting all areas of our lives. While many innovations have had favourable effects, some have had unintended consequences. For example, the rise of powered private cars has increased mobility while it has also caused traffic jams and significant air pollution. What impact will the latest wave of remarkable technologies have on cities and their basic systems, and what does this entail for city dwellers? Will our civilization be ready for more technological changes? These contemporary technologies will drastically alter the appearance and functionality of our cities. Mobility, energy and data advancements may make our cities more compact, efficient and inclusive.