浙江省金华十校2024-2025学年高二第一学期期末调研英语

浙江省金华十校2024-2025学年高二第一学期期末调研英语试卷答案,我们目前收集并整理关于浙江省金华十校2024-2025学年高二第一学期期末调研英语得系列试题及其答案，更多试题答案请关注本网站

1、浙江省金华十校2024-2025学年高二第一学期期末调研英语选择部分

听下面一段对话,回答第8至第10三个小题。8.Where did the man most probably lose his phone?A.On the underground. B.In a bank. C.In a restaurant.

2、浙江省金华十校2024-2025学年高二第一学期期末调研英语填空题部分

安康市高一下学期期末考试
英 语
全卷满分150分，考试时间120分钟。
注意事项：
1.答题前，先将自己的姓名、准考证号填写在试卷和答题卡上，并将条形码粘贴在答题卡上的指定位置。
2.请按题号顺序在答题卡上各题目的答题区域内作答，写在试卷、草稿纸和答题卡上的非答题区域均无效。
3.选择题用2B铅笔在答题卡上把所选答案的标号涂黑；非选择题用黑色签字笔在答题卡上作答；字体工整，笔迹清楚。

3、浙江省金华十校2024-2025学年高二第一学期期末调研英语阅读理解部分

Chinese material scientists have found the soil on the moon may potentially be able to generate oxygen and fuel, a finding that means more possibilities of humans to use lunar resources to further exploration of the moon and beyond.
The researchers at Nanjing University showed that the lunar sample brought back by China’s Chang’e-5 contains active compounds (化合物) that can change carbon dioxide into oxygen and fuel. Initially, they hoped to design a system that took advantage of lunar soil and solar radiation, the two rich resources on the moon, according to a study published on Thursday in the journal Joule.
After analyzing the Chang’e-5’s lunar soil, the team found the sample contained metal-rich substances, which could work as a catalyst (催化剂) to make oxygen using sunlight and carbon dioxide. The team proposed a strategy using lunar soil to electrolyze water from the moon and the astronauts’ life support system into oxygen and hydrogen. The process was powered by sunlight. The carbon dioxide breathed out by moon inhabitants can be collected and combined with hydrogen to produce the fuel, also catalyzed by the lunar soil, according to the study. The researchers said with this method, no external energy apart from sunlight would be used to produce oxygen and fuel to support life on a moon base.
“We use the environmental resources to minimize rocket payload, and our strategy provides a scenario for a sustainable and affordable living environment for life out of the Earth,” said the paper’s first author Yao Yingfang from Nanjing University, expressing his assumption.
“The challenge lies in the fact that catalytic efficiency of lunar soil is lower than catalysts on the Earth,” said the researchers. They are testing different approaches in order to improve the design. The team is looking for an opportunity to test the system in space with China’s future manned lunar missions.
8. What is the main implication of Chinese scientists’ discovery of the moon’s soil
A. The moon is rich in rare elements. B. Lunar soil can be used for exploring space.