2020-2021学年山东省威海市高二上学期期末考试英语试题 解析版
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1 山东省威海市2020-2021学年高二上学期期末考试英语试题
一、阅读选择
All living organisms are uniquely adapted to the environment in which they live.
Scientists are studying the design and the biological processes of these organisms to get
ideas for products and technologies. This field of study is called biomimetics. Here are two
examples.
Toucan Bills and Car Safety
Toucan usually has enormous bills. Scientists have found that the toucan's beak is
designed to be both strong and light. The surface is made of keratin, the same material in
human fingernails and hair. But the inside of the bill has a foam-like structure and is made
up of a network of light, thin pieces of bone. It contains a lot of air, and some areas are
hollow, not solid. This design makes the bill hard but very light.
The design of the toucan bill can be used to make cars and planes safer. Studies show
that the beak's structure can absorb high energy impacts very well. Car body panels that
mimic toucan bills may offer better protection to motorists involved in crashes.
Shark Scales and Swimsuits
Shark skin may look smooth, but it's actually rough. Sharks are covered in scales
made from the same material as their teeth. Viewed up close, the scales actually look like
tiny teeth. These scales protect the shark and help to keep it clean. They are also flexible
and can turn or bend in the water. This movement reduces the waters drag on the shark and
helps it to swim quickly.
Scientists discovered that the shortfin mako's scales vary in size and flexibility over its
body. For instance the scales on the sides of the body are tapered — wide at one end and
narrow at the other. They can turn up or flatten to adjust to the flow of water around the 试卷第!异常的公式结尾页，总24页 2 shark and to reduce drag.
Scientists believe that shark scales can inspire designs for machines that experience
drag, such as airplanes. Designers are also getting ideas from shark scales for designing
swimwear and coating ship bottoms.
1．Why do car body panels copy the design of toucan bill?
A．To better protect passers-by. B．To reduce the injury to drivers.
C．To decrease the chances of crashes. D．To make cars lighter and easier to
control.
2．What product or technology is inspired by shark scales?
A．Coating for ship bottoms to run faster. B．Coating for airplanes to experience drag.
C．The panel that makes the plane safer. D．Swimwear that is smooth to keep itself
clean.
3．What’s the purpose of the text?
A．To present two innovative products. B．To introduce biomimetics by example.
C．To show the unique adaptations of animals. D．To discuss the link between humans and
animals.
【答案】
1．B
2．A
3．B
【分析】
这是一篇说明文。文章主要介绍了仿生学的概念以及两个用到了仿生学的例子。
1．
细节理解题。根据第三段“The design of the toucan bill can be used to make cars and planes
safer. Studies show that the beak's structure can absorb high energy impacts very well. Car
body panels that mimic toucan bills may offer better protection to motorists involved in
crashes.(巨嘴鸟喙的设计可以用来使汽车和飞机更安全。研究表明，喙的结构可以很好地吸收高能冲击。模仿巨嘴鸟喙的汽车车身面板可能会为驾驶者提供更好的撞车保护)”可知，汽车车身面板复制巨嘴鸟的设计是为了减少对司机的伤害。故选B。
2．
细节理解题。根据最后一段“Scientists believe that shark scales can inspire designs for
3 machines that experience drag, such as airplanes. Designers are also getting ideas from shark
scales for designing swimwear and coating ship bottoms.(科学家们相信，鲨鱼鳞片可以启发设计那些经受阻力的机器，比如飞机。设计师们还从鲨鱼鳞片中汲取灵感，设计泳装和船底涂层)”可知，可以使船跑得更快的船底涂层是受到了鲨鱼鳞片的启发。故选A。
3．
推理判断题。根据第一段“All living organisms are uniquely adapted to the environment in
which they live. Scientists are studying the design and the biological processes of these
organisms to get ideas for products and technologies. This field of study is called biomimetics.
Here are two examples.(所有的生物都能独特地适应它们所生活的环境。科学家们正在研究这些生物体的设计和生物过程，为产品和技术提供思路。这个研究领域被称为仿生学。这里有两个例子)”结合文章主要介绍仿生学的概念以及两个用到了仿生学的例子。可推知，这篇文章的目的是举例介绍仿生学。故选B。
The sun was rising as we drove across the Minnesota state line to New York for
my new Ph.D．program. The move was good for me professionally, but I worried about my
husband and daughters. I also feared that I wouldn’t be able to give my kids the childhood
they deserved.
Anne, our first daughter, came into the world when I was a junior majoring in biology
in college. It was challenging to balance classes, work schedules, and being a mom. But I
got through it, finding moments of joy along the way. On the nights when I was home, I’d
read my class notes out loud with my daughter. She’d respond by asking questions, such as
“Mom, what are bacteria?” It helped us both learn.
After I graduated, I knew that I would need a Ph.D．to land the kind of job I wanted. I
arrived in New York feeling more than the usual new-grad-student anxiety. I also suffered
from a more personal fear that I was being selfish—that my decision to invigorate my
career was going to have long-term negative impacts on my kids.
Over the past year, though, I’ve started to let go of some of this worry. I’ve realized
