山东省济南市2022-2023学年高三上学期1月期末检测（一模）英语含答案

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高三期末检测

英语试题

本试卷共 10 页，满分 120 分。考试用时 100 分钟。

注意事项:

1.答卷前,考生务必用 0.5 毫米黑色签字笔将自己的姓名、座号、考号填写在答题卡规定的位置。

2.选择题每小题选出答案后,用2B 铅笔把答题卡上对应题目的答案标号涂黑;如需改动,用橡皮擦干净

后﹐再选涂其他答案标号。

3.非选择题必须用 0.5 毫米黑色签字笔作答,答案必须写在答题卡各题目指定区域内相应的位置,不能

写在试卷上;如需改动,先划掉原来的答案;然后再写上新的答案;不能使用涂改液、胶带纸、修正带。

不按以上要求作答的答案无效。

第一部分﹐阅读(共两节,满分 50 分)

第一节(共15 小题;每小题 2.5 分,满分 37.5 分)

阅读下列短文,从每题所给的 A、B、C、D四个选项中选出最佳选项。

SCHOOL SPONSORSHIP

Sponsor Teen Ink's future magazines for any specific school or region that is important to you and bring

your message to a large audience of students, parents and teachers. We will print your name on the cover of

each issue every month.

Call (617)964-6800 for details and cost.

How school sponsorship works:

You select the schools—as many as you want—to receive future Teen Ink magazines.

Your company's name will appear on the cover of every monthly issue for the schools you sponsor.

Your total cost for a full year is only $195 per school for 30 copies a month—that's 300 copies per

school year.

Advantages for your organization:

 Your message reaches a large audience of students, parents and teachers, which tells them you care

about teens, their voices and their education.

We contact the schools explaining your sponsorship and your support of teens in the community.

 We ship the magazines directly to the schools. There is no extra work or expense for you.

You will be working with an organization that has 14-year experience with teens, schools and

educators.

Advantages for the students you sponsor:

Teens are connected with their peers nationwide at a place that is specifically theirs. Students have the

opportunity to submit their work for publishing in our magazine, book series and website.

Students gain important reading, writing and communication skills necessary for success in school and

the workplace.

1. What will motivate a company to sponsor Teen Ink?

A. High profit. B. Zero cost.

C. Public reputation. D. Specific magazines.

2. What benefit can the sponsored students get?

A. More attention from the public.

B. Greater access to big companies.

C. A good price for the magazines.

D. A chance to publish their works.

3. Who is the text intended for?

A. Experienced teachers. B. Potential sponsors.

C. Brilliant students. D. Devoted parents.

Most teenagers kill time playing video games, or surfing TikTok. Not William Gadoury, a 14-year-old

from Matha, Quebec. William Gadoury has been crazy about the Mayans for most of his childhood, ever

since his grandparents bought him books about the civilization. What started as a hobby at age 12

snowballed into serious research, and he theorized that the locations of Mayan cities might correspond to

stars in Mayan constellations(星座).

Using ancient books, Gadoury analyzed 22 Mayan constellation maps and covered the positions onto

Google Earth images of the Yucatan Peninsula, which to this day is home to large local populations and

some best-preserved architecture from Mayan culture. He would track the constellations from Google Earth

using special sheets, covering them onto the position of Mayan cities on a paper map. The teen was able to

show that 117 Mayan cities matched up with the position of the stars, with the brightest stars representing

bigger cities.

But when Gadoury was working on the 23rd Mayan constellation, he found a conflict: three stars, but

only two ancient cities on Google Earth. The third star pointed to a location on the Mexico-Belize border.

However, the area was covered with thick jungle, leaving Gadoury stuck.

Luckily, he asked NASA for images from their RADARSAT-2 satellite. Indeed, there was a square,

man-made-looking structure in the heavy forest. Gadoury then learned a fire had swept across the region,

thinning out the grass cover. He found images from the agency, and eventually concluded that there was

indeed a city there.

Gadoury's findings eventually took him into the jungle in 2022 to search on foot, along with scientist

Francisco Bell. The team discovered a farming village deep in the Mexican jungle, which showed the

“backbone” of the Maya's long-term success, which was down to their ability to work the land and support

large cities.

4. What is Gadoury's finding mainly about?

A. The villages in the Mexican jungle.

B. The images from NASA satellites.

C. The origins of Mayan culture.

D. The locations of Mayan cities.

5. How did Gadoury carry out his research according to Paragraph 2?

A. By tracking the best-preserved building on maps.

B. By analyzing 117 Mayan cities in ancient books.

C. By checking star maps against satellite images.

D. By updating the Google Earth on the Internet.

6. What made it difficult for Gadoury to find the third city of the 23rd Mayan stars?

A. A thick forest. B. A forest fire.

C. Fund shortage. D. Bad weather.

7. Which of the following best describes Gadoury?

A. Cheerful. B. Intelligent.

C. Ambitious. D. Sympathetic.

Imagine a new smartphone product. It works the same as any other smartphone, but when dropped,

those cracks that appear after an annoying fall slowly begin to fade away, and the phone magically repairs

itself 、A team of researchers led by chemistry professor Takuzo Aida have found a way to create self-

repairing plastics that can be used in smartphones, cars and other products. But their new plastics won't only

be used to create unbreakable products, but also help the fight against growing wastes harming the planet.

91% of plastic is non-recyclable and filling Earth with waste. The increasing plastic in landfills is a

growing concern due to its negative environmental impact. In 2019 about only9% of plastics were recycled

globally, leading Japanese scientists to seek to find plastic that can start its own formation or self-repair.

The self-repairing plastics are made by adding a tiny amount of a specialized substance into ordinary

plastic to hold the monomers( 单体 ) together by hydrogen bonds( 氢键 ). When the new plastic is broken

down by heat, instead of burning to waste, the hydrogen bonds mix and allow for the formation of special

shaped monomers to create a foundation for more monomers to layer on and rebuild itself. The team found

that their self-healing plastic was able to automatically repair at room temperature over an hour to regain its

durability.

The team's work suggests great prospects for the future of plastic. “The technique could lead to the

development of a made-to-last plastic that does not need to be recycled,” lead professor Aida said at the

conference, “and can one day be in products from smartphones to cars and even buildings.”

8. What is the special feature of the new plastics?

A. Hard to break. B. Cheap to produce.

C. Good to health. D. Easy to recycle.

9. What drove scientists to search for the new plastics?

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