Làm thử Đề kiểm tra giữa học kì 2 · Tiếng Anh 11 · Đề 115

Many restaurants are now taking steps to reduce food waste, a significant environmental and economic problem. One popular strategy is to offer smaller portion sizes, (15) ____ customers to order only what they can eat. Another approach involves better inventory management. By tracking (16) ____ ingredients are used, restaurants can avoid over-ordering supplies that might spoil. Some establishments are also getting creative with leftovers. Instead of throwing them away, chefs are transforming them into new dishes or donating them to local charities. (17) ____, technology is playing a part. Apps now connect restaurants with surplus food to consumers looking for a discounted meal. These initiatives not only help the environment but also improve the restaurant's public (18) ____ and can even lead to cost savings. It is a win-win situation (19) ____ which everyone benefits.

Many restaurants are now taking steps to reduce food waste, a significant environmental and economic problem. One popular strategy is to offer smaller portion sizes, (15) ____ customers to order only what they can eat. Another approach involves better inventory management. By tracking (16) ____ ingredients are used, restaurants can avoid over-ordering supplies that might spoil. Some establishments are also getting creative with leftovers. Instead of throwing them away, chefs are transforming them into new dishes or donating them to local charities. (17) ____, technology is playing a part. Apps now connect restaurants with surplus food to consumers looking for a discounted meal. These initiatives not only help the environment but also improve the restaurant's public (18) ____ and can even lead to cost savings. It is a win-win situation (19) ____ which everyone benefits.

Many restaurants are now taking steps to reduce food waste, a significant environmental and economic problem. One popular strategy is to offer smaller portion sizes, (15) ____ customers to order only what they can eat. Another approach involves better inventory management. By tracking (16) ____ ingredients are used, restaurants can avoid over-ordering supplies that might spoil. Some establishments are also getting creative with leftovers. Instead of throwing them away, chefs are transforming them into new dishes or donating them to local charities. (17) ____, technology is playing a part. Apps now connect restaurants with surplus food to consumers looking for a discounted meal. These initiatives not only help the environment but also improve the restaurant's public (18) ____ and can even lead to cost savings. It is a win-win situation (19) ____ which everyone benefits.

Many restaurants are now taking steps to reduce food waste, a significant environmental and economic problem. One popular strategy is to offer smaller portion sizes, (15) ____ customers to order only what they can eat. Another approach involves better inventory management. By tracking (16) ____ ingredients are used, restaurants can avoid over-ordering supplies that might spoil. Some establishments are also getting creative with leftovers. Instead of throwing them away, chefs are transforming them into new dishes or donating them to local charities. (17) ____, technology is playing a part. Apps now connect restaurants with surplus food to consumers looking for a discounted meal. These initiatives not only help the environment but also improve the restaurant's public (18) ____ and can even lead to cost savings. It is a win-win situation (19) ____ which everyone benefits.

Many restaurants are now taking steps to reduce food waste, a significant environmental and economic problem. One popular strategy is to offer smaller portion sizes, (15) ____ customers to order only what they can eat. Another approach involves better inventory management. By tracking (16) ____ ingredients are used, restaurants can avoid over-ordering supplies that might spoil. Some establishments are also getting creative with leftovers. Instead of throwing them away, chefs are transforming them into new dishes or donating them to local charities. (17) ____, technology is playing a part. Apps now connect restaurants with surplus food to consumers looking for a discounted meal. These initiatives not only help the environment but also improve the restaurant's public (18) ____ and can even lead to cost savings. It is a win-win situation (19) ____ which everyone benefits.

We spoke with urban designer, Ms. Tran Ha, about the rise of vertical gardens in cities. 'Vertical gardens, or living walls, are not just for decoration,' she explained. 'They offer significant environmental benefits. They can improve air quality by filtering pollutants and producing oxygen. Furthermore, they help reduce the urban heat island effect, which is when cities are much warmer than surrounding rural areas, by providing shade and through a process called evapotranspiration.'

Ms. Ha mentioned that while the initial setup cost can be high, the long-term savings are considerable. 'These gardens can reduce a building's energy consumption for cooling by up to 20%,' she noted. 'They also provide a habitat for birds and insects, increasing urban biodiversity.' However, she also pointed out a challenge: maintenance. 'Living walls require regular watering, feeding, and pruning to stay healthy. Without proper care, they can quickly fail. That's why automated irrigation and monitoring systems are becoming essential for large-scale projects.'

We spoke with urban designer, Ms. Tran Ha, about the rise of vertical gardens in cities. 'Vertical gardens, or living walls, are not just for decoration,' she explained. 'They offer significant environmental benefits. They can improve air quality by filtering pollutants and producing oxygen. Furthermore, they help reduce the urban heat island effect, which is when cities are much warmer than surrounding rural areas, by providing shade and through a process called evapotranspiration.'

Ms. Ha mentioned that while the initial setup cost can be high, the long-term savings are considerable. 'These gardens can reduce a building's energy consumption for cooling by up to 20%,' she noted. 'They also provide a habitat for birds and insects, increasing urban biodiversity.' However, she also pointed out a challenge: maintenance. 'Living walls require regular watering, feeding, and pruning to stay healthy. Without proper care, they can quickly fail. That's why automated irrigation and monitoring systems are becoming essential for large-scale projects.'

We spoke with urban designer, Ms. Tran Ha, about the rise of vertical gardens in cities. 'Vertical gardens, or living walls, are not just for decoration,' she explained. 'They offer significant environmental benefits. They can improve air quality by filtering pollutants and producing oxygen. Furthermore, they help reduce the urban heat island effect, which is when cities are much warmer than surrounding rural areas, by providing shade and through a process called evapotranspiration.'

Ms. Ha mentioned that while the initial setup cost can be high, the long-term savings are considerable. 'These gardens can reduce a building's energy consumption for cooling by up to 20%,' she noted. 'They also provide a habitat for birds and insects, increasing urban biodiversity.' However, she also pointed out a challenge: maintenance. 'Living walls require regular watering, feeding, and pruning to stay healthy. Without proper care, they can quickly fail. That's why automated irrigation and monitoring systems are becoming essential for large-scale projects.'

We spoke with urban designer, Ms. Tran Ha, about the rise of vertical gardens in cities. 'Vertical gardens, or living walls, are not just for decoration,' she explained. 'They offer significant environmental benefits. They can improve air quality by filtering pollutants and producing oxygen. Furthermore, they help reduce the urban heat island effect, which is when cities are much warmer than surrounding rural areas, by providing shade and through a process called evapotranspiration.'

Ms. Ha mentioned that while the initial setup cost can be high, the long-term savings are considerable. 'These gardens can reduce a building's energy consumption for cooling by up to 20%,' she noted. 'They also provide a habitat for birds and insects, increasing urban biodiversity.' However, she also pointed out a challenge: maintenance. 'Living walls require regular watering, feeding, and pruning to stay healthy. Without proper care, they can quickly fail. That's why automated irrigation and monitoring systems are becoming essential for large-scale projects.'

We spoke with urban designer, Ms. Tran Ha, about the rise of vertical gardens in cities. 'Vertical gardens, or living walls, are not just for decoration,' she explained. 'They offer significant environmental benefits. They can improve air quality by filtering pollutants and producing oxygen. Furthermore, they help reduce the urban heat island effect, which is when cities are much warmer than surrounding rural areas, by providing shade and through a process called evapotranspiration.'

Ms. Ha mentioned that while the initial setup cost can be high, the long-term savings are considerable. 'These gardens can reduce a building's energy consumption for cooling by up to 20%,' she noted. 'They also provide a habitat for birds and insects, increasing urban biodiversity.' However, she also pointed out a challenge: maintenance. 'Living walls require regular watering, feeding, and pruning to stay healthy. Without proper care, they can quickly fail. That's why automated irrigation and monitoring systems are becoming essential for large-scale projects.'

He started a small project to install solar panels on the roofs of houses in his village. At first, many were skeptical. 'We've always done things this way,' an old farmer told him. 'Why change now?' But An was persistent. He organized community meetings to explain the long-term benefits: lower electricity bills, a stable power supply for irrigating their fields, and a cleaner environment. He demonstrated how the system worked on his own family's house first.

The turning point came during a major storm that caused a week-long power outage. An's house, powered by solar energy stored in batteries, was the only one with lights. Villagers gathered there, charging their phones and listening to the news. Seeing the tangible benefits, they started to embrace the change. An's project, initially small, began to expand to neighboring villages. It wasn't just about technology; it was about building resilience and empowering a community to take control of its future. The project became a powerful example of how local initiatives can address global challenges.

He started a small project to install solar panels on the roofs of houses in his village. At first, many were skeptical. 'We've always done things this way,' an old farmer told him. 'Why change now?' But An was persistent. He organized community meetings to explain the long-term benefits: lower electricity bills, a stable power supply for irrigating their fields, and a cleaner environment. He demonstrated how the system worked on his own family's house first.

The turning point came during a major storm that caused a week-long power outage. An's house, powered by solar energy stored in batteries, was the only one with lights. Villagers gathered there, charging their phones and listening to the news. Seeing the tangible benefits, they started to embrace the change. An's project, initially small, began to expand to neighboring villages. It wasn't just about technology; it was about building resilience and empowering a community to take control of its future. The project became a powerful example of how local initiatives can address global challenges.

He started a small project to install solar panels on the roofs of houses in his village. At first, many were skeptical. 'We've always done things this way,' an old farmer told him. 'Why change now?' But An was persistent. He organized community meetings to explain the long-term benefits: lower electricity bills, a stable power supply for irrigating their fields, and a cleaner environment. He demonstrated how the system worked on his own family's house first.

The turning point came during a major storm that caused a week-long power outage. An's house, powered by solar energy stored in batteries, was the only one with lights. Villagers gathered there, charging their phones and listening to the news. Seeing the tangible benefits, they started to embrace the change. An's project, initially small, began to expand to neighboring villages. It wasn't just about technology; it was about building resilience and empowering a community to take control of its future. The project became a powerful example of how local initiatives can address global challenges.

He started a small project to install solar panels on the roofs of houses in his village. At first, many were skeptical. 'We've always done things this way,' an old farmer told him. 'Why change now?' But An was persistent. He organized community meetings to explain the long-term benefits: lower electricity bills, a stable power supply for irrigating their fields, and a cleaner environment. He demonstrated how the system worked on his own family's house first.

The turning point came during a major storm that caused a week-long power outage. An's house, powered by solar energy stored in batteries, was the only one with lights. Villagers gathered there, charging their phones and listening to the news. Seeing the tangible benefits, they started to embrace the change. An's project, initially small, began to expand to neighboring villages. It wasn't just about technology; it was about building resilience and empowering a community to take control of its future. The project became a powerful example of how local initiatives can address global challenges.

He started a small project to install solar panels on the roofs of houses in his village. At first, many were skeptical. 'We've always done things this way,' an old farmer told him. 'Why change now?' But An was persistent. He organized community meetings to explain the long-term benefits: lower electricity bills, a stable power supply for irrigating their fields, and a cleaner environment. He demonstrated how the system worked on his own family's house first.

The turning point came during a major storm that caused a week-long power outage. An's house, powered by solar energy stored in batteries, was the only one with lights. Villagers gathered there, charging their phones and listening to the news. Seeing the tangible benefits, they started to embrace the change. An's project, initially small, began to expand to neighboring villages. It wasn't just about technology; it was about building resilience and empowering a community to take control of its future. The project became a powerful example of how local initiatives can address global challenges.

He started a small project to install solar panels on the roofs of houses in his village. At first, many were skeptical. 'We've always done things this way,' an old farmer told him. 'Why change now?' But An was persistent. He organized community meetings to explain the long-term benefits: lower electricity bills, a stable power supply for irrigating their fields, and a cleaner environment. He demonstrated how the system worked on his own family's house first.

The turning point came during a major storm that caused a week-long power outage. An's house, powered by solar energy stored in batteries, was the only one with lights. Villagers gathered there, charging their phones and listening to the news. Seeing the tangible benefits, they started to embrace the change. An's project, initially small, began to expand to neighboring villages. It wasn't just about technology; it was about building resilience and empowering a community to take control of its future. The project became a powerful example of how local initiatives can address global challenges.