A
亮点原创 What would you like for lunch? Maybe, a battery? Although it sounds unusual, this has already been realized by scientists as they develop electronic things you can eat.
RoboFood, a programme led by Dario Floreano from the Swiss Federal Institute of Technology Lausanne, Switzerland, has been the trailblazer(先驱). Together with scientists from Wageningen University, the Netherlands, it has made a new drone. 1.
According to the scientists, the wings of the drone were made from rice cakes glued together using oil and chocolate. Parts of the drone can be eaten since they meet food safety standards set up by the United Nations for emergencies.
2.
RoboFood also developed an edible(可食用的) sensor to help monitor(监控) stomach sickness. 3.
4.
A. The invention of such kind of food also helps with environmental protection.
B. It's eaten by the patient to check the conditions inside.
C. So the new battery can be more friendly to nature.
D. Half of the parts inside it can be eaten!
E. However, the main challenge is finding stronger edible materials.
分层设问
1. What is RoboFood going to work on?
A. Edible robots.
B. Useful sensors.
C. Natural batteries.
D. Amazing drones.
2. Which of the following about RoboFood's drone is TRUE?
A. The materials of the drone are totally edible.
B. The materials of the drone are strong enough.
C. The drone can be used in any dangerous situation.
D. The wings are made from rice cakes, oil and chocolate.
3. What can we learn from the last two paragraphs?
A. RoboFood's sensors can stay in the human body longer.
B. RoboFood's sensors can watch the stomach more carefully.
C. RoboFood's batteries are expected to take the place of some fruits.
D. RoboFood's batteries are the first batteries that can be totally eaten.
4. 新考法 篇章结构 Which of the following can show the structure of the passage?
5. In which section of a newspaper can you probably find the text?
A. Health and sport.
B. History and culture.
C. Science and technology.
D. Pollution and environment.
亮点原创 What would you like for lunch? Maybe, a battery? Although it sounds unusual, this has already been realized by scientists as they develop electronic things you can eat.
RoboFood, a programme led by Dario Floreano from the Swiss Federal Institute of Technology Lausanne, Switzerland, has been the trailblazer(先驱). Together with scientists from Wageningen University, the Netherlands, it has made a new drone. 1.
D
The programme also plans to create robots that can be eaten and foods that act like robots by mixing food science and robots in a new way.According to the scientists, the wings of the drone were made from rice cakes glued together using oil and chocolate. Parts of the drone can be eaten since they meet food safety standards set up by the United Nations for emergencies.
2.
E
The materials for the drone's wings should be able to fight bad weather and high temperatures—of course, the chocolate may melt(融化) easily.RoboFood also developed an edible(可食用的) sensor to help monitor(监控) stomach sickness. 3.
B
Unlike other sensors out there today, it's designed to be easily digested(消化), lowering the risk of leaving any remains inside the body.4.
A
The world's first fully edible batteries can help address the growing problem of throwing away used batteries. The battery's anode(阳极) and cathode(阴极) are made of vitamin B2 and another natural element that can be found in many fruits including apples. 5. C
A. The invention of such kind of food also helps with environmental protection.
B. It's eaten by the patient to check the conditions inside.
C. So the new battery can be more friendly to nature.
D. Half of the parts inside it can be eaten!
E. However, the main challenge is finding stronger edible materials.
分层设问
1. What is RoboFood going to work on?
A. Edible robots.
B. Useful sensors.
C. Natural batteries.
D. Amazing drones.
2. Which of the following about RoboFood's drone is TRUE?
A. The materials of the drone are totally edible.
B. The materials of the drone are strong enough.
C. The drone can be used in any dangerous situation.
D. The wings are made from rice cakes, oil and chocolate.
3. What can we learn from the last two paragraphs?
A. RoboFood's sensors can stay in the human body longer.
B. RoboFood's sensors can watch the stomach more carefully.
C. RoboFood's batteries are expected to take the place of some fruits.
D. RoboFood's batteries are the first batteries that can be totally eaten.
4. 新考法 篇章结构 Which of the following can show the structure of the passage?
5. In which section of a newspaper can you probably find the text?
A. Health and sport.
B. History and culture.
C. Science and technology.
D. Pollution and environment.
答案：1—5 DEBAC
分层设问
1. A
2. D 【解析】根据第三段内容可知，这种无人机的机翼是用油和巧克力把年糕粘在一起制成的。由此可知，D项表述正确。
3. D 【解析】根据最后一段中“The world's first fully edible batteries...”可知，RoboFood的电池是世界上第一款完全可食用的电池。
4. C 【解析】通读全文可知，第一段点题——科学家已研发出可食用的电子产品；第二段介绍RoboFood项目和其研发的可部分食用的无人机；第三段和第四段具体说明该无人机的材质和这些材质存在的问题；第五段介绍RoboFood的可食用传感器在医疗方面的作用；第六段介绍RoboFood的可食用电池的环保作用。因此C项符合文章结构。
5. C
分层设问
1. A
2. D 【解析】根据第三段内容可知，这种无人机的机翼是用油和巧克力把年糕粘在一起制成的。由此可知，D项表述正确。
3. D 【解析】根据最后一段中“The world's first fully edible batteries...”可知，RoboFood的电池是世界上第一款完全可食用的电池。
4. C 【解析】通读全文可知，第一段点题——科学家已研发出可食用的电子产品；第二段介绍RoboFood项目和其研发的可部分食用的无人机；第三段和第四段具体说明该无人机的材质和这些材质存在的问题；第五段介绍RoboFood的可食用传感器在医疗方面的作用；第六段介绍RoboFood的可食用电池的环保作用。因此C项符合文章结构。
5. C
解析：
翻译:
A
亮点原创 你午餐想吃什么？也许，一块电池？虽然这听起来很不寻常，但科学家们在研发可食用的电子产品时已经实现了这一点。
由瑞士洛桑联邦理工学院的达里奥·弗洛里亚诺领导的“机器人食品”项目一直是先驱者。它与荷兰瓦赫宁根大学的科学家们合作，制造出了一种新型无人机。1. 它内部一半的部件都可以食用！该项目还计划通过一种新的方式将食品科学和机器人技术相结合，创造出可食用的机器人和具有机器人功能的食物。
据科学家们介绍，无人机的机翼是由米糕制成的，并用油和巧克力将米糕粘在一起。无人机的部分部件可以食用，因为它们符合联合国为紧急情况制定的食品安全标准。
2. 然而，主要的挑战是找到更坚固的可食用材料。无人机机翼的材料应该能够抵御恶劣天气和高温——当然，巧克力可能很容易融化。
“机器人食品”项目还研发了一种可食用传感器，以帮助监测胃病。3. 患者食用它来检查体内的情况。与如今市面上的其他传感器不同，它被设计成易于消化的，降低了在体内残留的风险。
4. 这种食物的发明也有助于环境保护。世界上第一款完全可食用的电池有助于解决废旧电池丢弃这一日益严重的问题。电池的阳极和阴极由维生素B2和另一种天然元素制成，这种天然元素在包括苹果在内的许多水果中都能找到。5. 所以这种新电池对大自然会更友好。
分层设问
1. “机器人食品”项目将要研究什么？
A. 可食用机器人。
B. 有用的传感器。
C. 天然电池。
D. 令人惊叹的无人机。
2. 关于“机器人食品”项目的无人机，下列哪项是正确的？
A. 无人机的材料完全可食用。
B. 无人机的材料足够坚固。
C. 无人机可以在任何危险情况下使用。
D. 机翼由米糕、油和巧克力制成。
3. 从最后两段我们可以了解到什么？
A. “机器人食品”项目的传感器可以在人体内停留更长时间。
B. “机器人食品”项目的传感器可以更仔细地监测胃部。
C. “机器人食品”项目的电池有望取代一些水果。
D. “机器人食品”项目的电池是第一款完全可以食用的电池。
4. 新考法 篇章结构 下列哪项可以体现这篇文章的结构？
5. 你可能在报纸的哪个版面找到这篇文章？
A. 健康与体育。
B. 历史与文化。
C. 科学与技术。
D. 污染与环境。
A
亮点原创 你午餐想吃什么？也许，一块电池？虽然这听起来很不寻常，但科学家们在研发可食用的电子产品时已经实现了这一点。
由瑞士洛桑联邦理工学院的达里奥·弗洛里亚诺领导的“机器人食品”项目一直是先驱者。它与荷兰瓦赫宁根大学的科学家们合作，制造出了一种新型无人机。1. 它内部一半的部件都可以食用！该项目还计划通过一种新的方式将食品科学和机器人技术相结合，创造出可食用的机器人和具有机器人功能的食物。
据科学家们介绍，无人机的机翼是由米糕制成的，并用油和巧克力将米糕粘在一起。无人机的部分部件可以食用，因为它们符合联合国为紧急情况制定的食品安全标准。
2. 然而，主要的挑战是找到更坚固的可食用材料。无人机机翼的材料应该能够抵御恶劣天气和高温——当然，巧克力可能很容易融化。
“机器人食品”项目还研发了一种可食用传感器，以帮助监测胃病。3. 患者食用它来检查体内的情况。与如今市面上的其他传感器不同，它被设计成易于消化的，降低了在体内残留的风险。
4. 这种食物的发明也有助于环境保护。世界上第一款完全可食用的电池有助于解决废旧电池丢弃这一日益严重的问题。电池的阳极和阴极由维生素B2和另一种天然元素制成，这种天然元素在包括苹果在内的许多水果中都能找到。5. 所以这种新电池对大自然会更友好。
分层设问
1. “机器人食品”项目将要研究什么？
A. 可食用机器人。
B. 有用的传感器。
C. 天然电池。
D. 令人惊叹的无人机。
2. 关于“机器人食品”项目的无人机，下列哪项是正确的？
A. 无人机的材料完全可食用。
B. 无人机的材料足够坚固。
C. 无人机可以在任何危险情况下使用。
D. 机翼由米糕、油和巧克力制成。
3. 从最后两段我们可以了解到什么？
A. “机器人食品”项目的传感器可以在人体内停留更长时间。
B. “机器人食品”项目的传感器可以更仔细地监测胃部。
C. “机器人食品”项目的电池有望取代一些水果。
D. “机器人食品”项目的电池是第一款完全可以食用的电池。
4. 新考法 篇章结构 下列哪项可以体现这篇文章的结构？
5. 你可能在报纸的哪个版面找到这篇文章？
A. 健康与体育。
B. 历史与文化。
C. 科学与技术。
D. 污染与环境。