$Wei Dongyi, known as "God Wei", is a Maths teacher at Peking University. Unlike most famous people, he lives a very \quad1\quad life. Every day, he carries a large bottle of water and some mantou. This has been his \quad2\quad habit for years.$
$Wei grew up in Shandong Province. His father \quad3\quad his maths talent early. By the age of 15, Wei had won two gold medals at the International Mathematical Olympiad($国际数学奥林匹克竞赛$). But he never talked about his \quad4\quad.$
$In 2022, a video made him famous for using a broken \quad5\quad. "It still works," he said. "Why waste money buying another bottle?"$
$Recently, Wei has opened a social media account. To everyone's surprise, he got over 5 million followers \quad6\quad in one week. Instead of posting fun videos, he teaches maths in simple ways. His first video about the beauty of prime numbers($质数$) was quite popular among students. A lot of students said, "Finally I \quad7\quad this with the help of God Wei."$
$To Wei, maths problems are more interesting than material things. He still spends 12 hours a day \quad8\quad equations($方程式$). His online and offline students agree: he makes maths less \quad9\quad.$
$"Don't call me God," Wei says. "I just love exploring the mysteries of numbers." His popularity shows that young people care more about \quad10\quad than fun. True greatness doesn't need expensive things—only a curious mind and a wish to share knowledge.$
(
B. simple
C. colourful
D. comfortable
(
B. weekly
C. monthly
D. yearly
(
B. agreed
C. remembered
D. noticed
(
B. argument
C. achievement
D. discovery
(
B. bag
C. bowl
D. cup
(
B. excitedly
C. angrily
D. quickly
(
B. fail
C. protect
D. mistake
(
B. taking out
C. working out
D. putting out
(
B. difficult
C. easy
D. interesting
(
B. competition
C. money
D. knowledge
$Wei grew up in Shandong Province. His father \quad3\quad his maths talent early. By the age of 15, Wei had won two gold medals at the International Mathematical Olympiad($国际数学奥林匹克竞赛$). But he never talked about his \quad4\quad.$
$In 2022, a video made him famous for using a broken \quad5\quad. "It still works," he said. "Why waste money buying another bottle?"$
$Recently, Wei has opened a social media account. To everyone's surprise, he got over 5 million followers \quad6\quad in one week. Instead of posting fun videos, he teaches maths in simple ways. His first video about the beauty of prime numbers($质数$) was quite popular among students. A lot of students said, "Finally I \quad7\quad this with the help of God Wei."$
$To Wei, maths problems are more interesting than material things. He still spends 12 hours a day \quad8\quad equations($方程式$). His online and offline students agree: he makes maths less \quad9\quad.$
$"Don't call me God," Wei says. "I just love exploring the mysteries of numbers." His popularity shows that young people care more about \quad10\quad than fun. True greatness doesn't need expensive things—only a curious mind and a wish to share knowledge.$
(
B
)1. A. noisyB. simple
C. colourful
D. comfortable
(
A
)2. A. dailyB. weekly
C. monthly
D. yearly
(
D
)3. A. forgotB. agreed
C. remembered
D. noticed
(
C
)4. A. disagreementB. argument
C. achievement
D. discovery
(
A
)5. A. bottleB. bag
C. bowl
D. cup
(
D
)6. A. slowlyB. excitedly
C. angrily
D. quickly
(
A
)7. A. understandB. fail
C. protect
D. mistake
(
C
)8. A. finding outB. taking out
C. working out
D. putting out
(
B
)9. A. differentB. difficult
C. easy
D. interesting
(
D
)10. A. fashionB. competition
C. money
D. knowledge
答案：1. B 2. A 3. D
4. C 【解析】根据上一句“By the age of 15，Wei had won two gold medals at the International Mathematical Olympiad.”可知，这是他所取得的成就（achievement）。
5. A
6. D 【解析】根据空前的“5 million followers”和空后的“in one week”可知，他在一周内就拥有了500多万的关注量，这是非常快的，因此quickly符合语境。
7. A
8. C 【解析】根据空后的“equations”可知，此处是指解方程式。work out意为“解决，算出”，符合语境。
9. B 【解析】根据上文内容可知，韦东奕用简单的方式向学生们讲解数学，所以他让数学变得不那么难了。
10. D 【解析】根据上文内容可知，韦东奕专注于数学，在数学方面有极高的天赋和成就，因此吸引了很多人的关注，这反映了年轻人更关注知识（knowledge）。
4. C 【解析】根据上一句“By the age of 15，Wei had won two gold medals at the International Mathematical Olympiad.”可知，这是他所取得的成就（achievement）。
5. A
6. D 【解析】根据空前的“5 million followers”和空后的“in one week”可知，他在一周内就拥有了500多万的关注量，这是非常快的，因此quickly符合语境。
7. A
8. C 【解析】根据空后的“equations”可知，此处是指解方程式。work out意为“解决，算出”，符合语境。
9. B 【解析】根据上文内容可知，韦东奕用简单的方式向学生们讲解数学，所以他让数学变得不那么难了。
10. D 【解析】根据上文内容可知，韦东奕专注于数学，在数学方面有极高的天赋和成就，因此吸引了很多人的关注，这反映了年轻人更关注知识（knowledge）。
解析：
翻译:
被称为“韦神”的韦东奕是北京大学的一名数学教师。与大多数名人不同，他过着非常______的生活。每天，他都带着一大瓶水和一些馒头。多年来，这一直是他的______习惯。
韦东奕在山东长大。他的父亲很早就______到了他的数学天赋。15岁时，韦东奕就在国际数学奥林匹克竞赛中获得了两枚金牌。但他从不谈论自己的______。
2022年，一段视频让他因使用一个破旧的______而出名。“它还能用，”他说，“为什么要浪费钱再买一个瓶子呢？”
最近，韦东奕开通了一个社交媒体账号。令所有人惊讶的是，他在一周内就______获得了500多万粉丝。他没有发布有趣的视频，而是用简单的方式教授数学。他的第一个关于质数之美的视频在学生中颇受欢迎。很多学生说：“在韦神的帮助下，我终于______这个（知识）了。”
对韦东奕来说，数学题比物质的东西更有趣。他仍然每天花12个小时______方程式。他的线上和线下学生都认为：他让数学变得不那么______了。
“别叫我神，”韦东奕说，“我只是喜欢探索数字的奥秘。”他的受欢迎表明年轻人更关心______而不是乐趣。真正的伟大不需要昂贵的东西——只需要一颗好奇的心和分享知识的愿望。
1. A. 嘈杂的；B. 简单的；C. 丰富多彩的；D. 舒适的
2. A. 日常的；B. 每周的；C. 每月的；D. 每年的
3. A. 忘记；B. 同意；C. 记得；D. 注意到
4. A. 分歧；B. 争论；C. 成就；D. 发现
5. A. 瓶子；B. 袋子；C. 碗；D. 杯子
6. A. 缓慢地；B. 兴奋地；C. 生气地；D. 快速地
7. A. 理解；B. 失败；C. 保护；D. 弄错
8. A. 找出；B. 取出；C. 解出；D. 扑灭
9. A. 不同的；B. 困难的；C. 容易的；D. 有趣的
10. A. 时尚；B. 竞争；C. 金钱；D. 知识
被称为“韦神”的韦东奕是北京大学的一名数学教师。与大多数名人不同，他过着非常______的生活。每天，他都带着一大瓶水和一些馒头。多年来，这一直是他的______习惯。
韦东奕在山东长大。他的父亲很早就______到了他的数学天赋。15岁时，韦东奕就在国际数学奥林匹克竞赛中获得了两枚金牌。但他从不谈论自己的______。
2022年，一段视频让他因使用一个破旧的______而出名。“它还能用，”他说，“为什么要浪费钱再买一个瓶子呢？”
最近，韦东奕开通了一个社交媒体账号。令所有人惊讶的是，他在一周内就______获得了500多万粉丝。他没有发布有趣的视频，而是用简单的方式教授数学。他的第一个关于质数之美的视频在学生中颇受欢迎。很多学生说：“在韦神的帮助下，我终于______这个（知识）了。”
对韦东奕来说，数学题比物质的东西更有趣。他仍然每天花12个小时______方程式。他的线上和线下学生都认为：他让数学变得不那么______了。
“别叫我神，”韦东奕说，“我只是喜欢探索数字的奥秘。”他的受欢迎表明年轻人更关心______而不是乐趣。真正的伟大不需要昂贵的东西——只需要一颗好奇的心和分享知识的愿望。
1. A. 嘈杂的；B. 简单的；C. 丰富多彩的；D. 舒适的
2. A. 日常的；B. 每周的；C. 每月的；D. 每年的
3. A. 忘记；B. 同意；C. 记得；D. 注意到
4. A. 分歧；B. 争论；C. 成就；D. 发现
5. A. 瓶子；B. 袋子；C. 碗；D. 杯子
6. A. 缓慢地；B. 兴奋地；C. 生气地；D. 快速地
7. A. 理解；B. 失败；C. 保护；D. 弄错
8. A. 找出；B. 取出；C. 解出；D. 扑灭
9. A. 不同的；B. 困难的；C. 容易的；D. 有趣的
10. A. 时尚；B. 竞争；C. 金钱；D. 知识
Imagine that a cool bamboo-like grass can be used to make green energy. Scientists at Landuo Biotech, a business in Wuhan, have created one such plant recently. They name it "super giant reed(超级芦竹)".
Since 2012, the Landuo team have collected over 1,000 wild giant reeds for experiments. As a result, more than 40 varieties of super giant reed have been "born". In the Landuo's factory, hundreds of young reeds are grown in glass bottles. Fully grown, super giant reeds are cut and put in a special place without O₂. The Landuo team heat them up to make natural gas, which can then be used for energy.
Thanks to the scientists' efforts, super giant reed has a biomass(生物量) three times that of wild giant reed. A kilogram of super giant reed also has 4,000 to 4,500 kilocalories(千卡) of energy. So, super giant reed is a great choice for taking the place of fossil fuels(化石燃料).
What's more, growing super giant reed helps a lot. Planting 13,000 hectares of it can produce 0.45 to 1.5 million tons of fuel a year. 40 million hectares of super giant reed can be used instead of 2.2 billion (1 billion = 1,000 million) tons of coal and can cut CO₂ emissions(排放) by 4 billion tons in China every year.
Super giant reed is also well-suited for growing on some land like beaches, wetlands and salty lands. Once a reed is planted, it can be cut and used many times during the next 15 to 20 years. By the end of 2024, over 3,300 hectares of super giant reed had been planted across 53 areas in China.
At present, China is developing this new energy source—super giant reed and we hope that it can help to make our planet cleaner and cleaner.
(
a. The super giant reeds are cut by the Landuo team.
b. The super giant reeds are heated up to make natural gas.
c. The Landuo team grow lots of young super giant reeds in glass bottles.
d. The Landuo team put the super giant reeds in a special place without O₂.
A.a-b-c-d
B.b-a-c-d
C.c-b-d-a
D.c-a-d-b
(
A. 1,000 to 1,500.
B. 2,000 to 3,500.
C. 4,000 to 4,500.
D. 5,000 to 5,500.
(
A. By listing numbers.
B. By telling stories.
C. By asking questions.
D. By giving suggestions.
(
A. People.
B. Science.
C. Sports.
D. Travel.
(
A. Fossil Fuels
B. CO₂ Emissions
C. Wild Giant Reed
D. Super Giant Reed
Since 2012, the Landuo team have collected over 1,000 wild giant reeds for experiments. As a result, more than 40 varieties of super giant reed have been "born". In the Landuo's factory, hundreds of young reeds are grown in glass bottles. Fully grown, super giant reeds are cut and put in a special place without O₂. The Landuo team heat them up to make natural gas, which can then be used for energy.
Thanks to the scientists' efforts, super giant reed has a biomass(生物量) three times that of wild giant reed. A kilogram of super giant reed also has 4,000 to 4,500 kilocalories(千卡) of energy. So, super giant reed is a great choice for taking the place of fossil fuels(化石燃料).
What's more, growing super giant reed helps a lot. Planting 13,000 hectares of it can produce 0.45 to 1.5 million tons of fuel a year. 40 million hectares of super giant reed can be used instead of 2.2 billion (1 billion = 1,000 million) tons of coal and can cut CO₂ emissions(排放) by 4 billion tons in China every year.
Super giant reed is also well-suited for growing on some land like beaches, wetlands and salty lands. Once a reed is planted, it can be cut and used many times during the next 15 to 20 years. By the end of 2024, over 3,300 hectares of super giant reed had been planted across 53 areas in China.
At present, China is developing this new energy source—super giant reed and we hope that it can help to make our planet cleaner and cleaner.
(
D
)1. 新考法 事件排序 What is the RIGHT order according to Paragraph 2?a. The super giant reeds are cut by the Landuo team.
b. The super giant reeds are heated up to make natural gas.
c. The Landuo team grow lots of young super giant reeds in glass bottles.
d. The Landuo team put the super giant reeds in a special place without O₂.
A.a-b-c-d
B.b-a-c-d
C.c-b-d-a
D.c-a-d-b
(
C
)2. How many kilocalories of energy does a kilogram of super giant reed produce?A. 1,000 to 1,500.
B. 2,000 to 3,500.
C. 4,000 to 4,500.
D. 5,000 to 5,500.
(
A
)3. 新考法 写作手法 How does the writer support the main idea of Paragraph 4?A. By listing numbers.
B. By telling stories.
C. By asking questions.
D. By giving suggestions.
(
B
)4. In which part of a newspaper can you probably read the text?A. People.
B. Science.
C. Sports.
D. Travel.
(
D
)5. What can be the best title for the text?A. Fossil Fuels
B. CO₂ Emissions
C. Wild Giant Reed
D. Super Giant Reed
答案：1. D 2. C
@@3. A 【解析】根据第四段中“Planting 13,000 hectares of it can... produce 0.45 to 1.5 million tons of fuel a year. 40 million hectares... 2.2 billion (1 billion=1,000 million) tons of coal and can cut CO₂ emissions by 4 billion tons in China every year.”可知，作者是通过列数字的方式来支持第四段的主要观点的。4. B5. D 【解析】通读全文可知，本文主要是介绍科学家们培育出的超级芦竹的特点和价值，因此D项最适合作文章标题。
@@3. A 【解析】根据第四段中“Planting 13,000 hectares of it can... produce 0.45 to 1.5 million tons of fuel a year. 40 million hectares... 2.2 billion (1 billion=1,000 million) tons of coal and can cut CO₂ emissions by 4 billion tons in China every year.”可知，作者是通过列数字的方式来支持第四段的主要观点的。4. B5. D 【解析】通读全文可知，本文主要是介绍科学家们培育出的超级芦竹的特点和价值，因此D项最适合作文章标题。
解析：
翻译:
想象一下，一种清凉的类似竹子的草可以用来制造绿色能源。武汉的一家企业——兰多生物科技的科学家们最近培育出了这样一种植物。他们将其命名为“超级芦竹”。
自2012年以来，兰多团队收集了1000多株野生芦竹用于实验。结果，40多个品种的超级芦竹“诞生”了。在兰多的工厂里，数百株芦竹幼苗被种植在玻璃瓶中。超级芦竹完全长成后，会被切割下来并放置在一个无氧的特殊地方。兰多团队对它们进行加热以制造天然气，这种天然气随后可被用作能源。
由于科学家们的努力，超级芦竹的生物量是野生芦竹的三倍。每千克超级芦竹还含有4000至4500千卡的能量。因此，超级芦竹是替代化石燃料的绝佳选择。
此外，种植超级芦竹还有很大的益处。种植1.3万公顷的超级芦竹，每年可生产45万至150万吨燃料。在中国，4000万公顷的超级芦竹可替代22亿吨煤炭，每年可减少40亿吨二氧化碳排放。
超级芦竹也非常适合在一些土地上生长，比如海滩、湿地和盐碱地。一旦种植了一株芦竹，在接下来的15至20年里，它可以被多次切割和利用。截至2024年底，中国已有53个地区种植了超过3300公顷的超级芦竹。
目前，中国正在开发这种新能源——超级芦竹，我们希望它能帮助我们的地球变得越来越清洁。
1. 新考法 事件排序 根据第二段，正确的顺序是什么？
a. 兰多团队切割超级芦竹。
b. 兰多团队对超级芦竹进行加热以制造天然气。
c. 兰多团队在玻璃瓶中种植大量超级芦竹幼苗。
d. 兰多团队将超级芦竹放置在一个无氧的特殊地方。
A. a - b - c - d
B. b - a - c - d
C. c - b - d - a
D. c - a - d - b
2. 每千克超级芦竹能产生多少千卡的能量？
A. 1000至1500。
B. 2000至3500。
C. 4000至4500。
D. 5000至5500。
3. 新考法 写作手法 作者如何支撑第四段的主旨？
A. 通过列举数字。
B. 通过讲故事。
C. 通过提问。
D. 通过给出建议。
4. 你可能在报纸的哪个部分读到这篇文章？
A. 人物。
B. 科学。
C. 体育。
D. 旅游。
5. 这篇文章的最佳标题是什么？
A. 化石燃料
B. 二氧化碳排放
C. 野生芦竹
D. 超级芦竹
想象一下，一种清凉的类似竹子的草可以用来制造绿色能源。武汉的一家企业——兰多生物科技的科学家们最近培育出了这样一种植物。他们将其命名为“超级芦竹”。
自2012年以来，兰多团队收集了1000多株野生芦竹用于实验。结果，40多个品种的超级芦竹“诞生”了。在兰多的工厂里，数百株芦竹幼苗被种植在玻璃瓶中。超级芦竹完全长成后，会被切割下来并放置在一个无氧的特殊地方。兰多团队对它们进行加热以制造天然气，这种天然气随后可被用作能源。
由于科学家们的努力，超级芦竹的生物量是野生芦竹的三倍。每千克超级芦竹还含有4000至4500千卡的能量。因此，超级芦竹是替代化石燃料的绝佳选择。
此外，种植超级芦竹还有很大的益处。种植1.3万公顷的超级芦竹，每年可生产45万至150万吨燃料。在中国，4000万公顷的超级芦竹可替代22亿吨煤炭，每年可减少40亿吨二氧化碳排放。
超级芦竹也非常适合在一些土地上生长，比如海滩、湿地和盐碱地。一旦种植了一株芦竹，在接下来的15至20年里，它可以被多次切割和利用。截至2024年底，中国已有53个地区种植了超过3300公顷的超级芦竹。
目前，中国正在开发这种新能源——超级芦竹，我们希望它能帮助我们的地球变得越来越清洁。
1. 新考法 事件排序 根据第二段，正确的顺序是什么？
a. 兰多团队切割超级芦竹。
b. 兰多团队对超级芦竹进行加热以制造天然气。
c. 兰多团队在玻璃瓶中种植大量超级芦竹幼苗。
d. 兰多团队将超级芦竹放置在一个无氧的特殊地方。
A. a - b - c - d
B. b - a - c - d
C. c - b - d - a
D. c - a - d - b
2. 每千克超级芦竹能产生多少千卡的能量？
A. 1000至1500。
B. 2000至3500。
C. 4000至4500。
D. 5000至5500。
3. 新考法 写作手法 作者如何支撑第四段的主旨？
A. 通过列举数字。
B. 通过讲故事。
C. 通过提问。
D. 通过给出建议。
4. 你可能在报纸的哪个部分读到这篇文章？
A. 人物。
B. 科学。
C. 体育。
D. 旅游。
5. 这篇文章的最佳标题是什么？
A. 化石燃料
B. 二氧化碳排放
C. 野生芦竹
D. 超级芦竹