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英語 高校生

黄色い線部分の意味がわかりません。

第2問 (配点 10) Your school is arranging a work experience programme for students in Years 10 and 11. As a member of the student council, you want to present 11/ some ideas to the school to make the programme a success. You have found a report written by the school council at a school in the UK which looks helpful. Work Experience Week Last month Work Experience Week was held at our school. A11 400 students in Years 10 and 11 were asked to participate. The school provided a list of companies that were willing to accept students for a week, and students were also given the chance to contact companies by themselves. Nevertheless, some of them failed to find a place to work. Students who were not successful in finding a company had to come to school for self- study, so we should find a better way to match up students and companies next year. According to the school, 6% of Year 10 students and 34% of Year 11 students didn't participate. Why was there such a difference? The comments below clearly show the reason for this. Feedback from participants Harry, I really enjoyed the work experience. I found my company from the school's list, so it was easy to set it up. Yu-ming: This was my second time, I'm happy I did it, but most kids in my year just wanted to study for their exams. Maybe it should just be for Year 10. Clara: I couldn't get my first choice, so the workplace was a bit too far. But I think the experience helped me to try harder. Mo: I arranged my own this year. The ones on the list are fine, but several students go to the same place. I wanted to be the only student, and this time I was. Ryan: I already know what I want to be (a physical therapist) and this 2, 3 LIKE 3 To

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英語 高校生

ピンクで囲んだ部分のdestroyingとforcing、makingが何故ingが着いているのか分かりません😿分詞構文でしょうか?

You are preparing a presentation for the school science club, using this article from a scientific website. Reaching a Tipping Point: What to Do About the Problem of Space Junk? For over fifty years, slowly at first, but with increasing intensity, we've been sending objects up into orbit. Most of these items begin life as useful 使節を開始する有用な devices, such as the thousands of satellites that bring us information and give 装置として us our 21st century communication, but even these eventually fall out of use 結仕 使われなくなる or break. These satellites, living or dead, share an increasingly crowded layer, 混雑した層 known as near-earth orbit, with rocket parts, tools, and pieces of metal from objects that have already crashed together and broken into pieces. 粉々になる ?? This garbage poses a threat both (to working" satellites of which there are thousands), and (to the earth itself.) For example, in 2009 a disused Russian 使われなくなった module crashed into an active US satellite) destroying both and forcing the International Space Station to change course to avoid the thousands of broken ためらう pieces. While most junk that falls back to earth burns up in the atmosphere. 大気圏上空で larger chunks can occasionally hit the ground, posing a threat to people and Pieces that do burn up] leave pollutants in the atmosphere, such as Property aluminum particles, which can destroy the ozone layer アルミニウム 粒子 It's clear that removing space junk is vital if we are to maintain and build upon our current satellite network. The problem has been discussed continuously since the 1970s, when Donald Kessler, a senior scientist at NASA 継続的に described a scenario (later known as Kessler syndrome) (where a runaway 制御不能の others more and more likely. While the 2009 incident may be the first large cycle of collisions begins, with each collision creating more debris, making 衝突のサイクル near-earth collision, it is thought that Kessler syndrome has already begun with smaller objects. Since Kessler syndrome was first described, many solutions have been proposed, from using lasers to robotic garbage collectors, but cost has been an obstacle to most. In 2021, a Japan-based company named Astroscale launched ELSA-d (short for "End-of-Life Services by Astroscale Demonstration") to show

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化学 高校生

⑴だけでもいいので教えて頂きたいです🙇‍♀️

2 [2024 浜松医科大] C=Cの場所をみつける。 生徒:先生,今日の実験室は,なんとなく柑橘系のいい香りがしますね。 先生:よく気づいたね。それはね、君が来る前に私が実験で使っていた化合物 A の香り なんだよ。いい香りといえば,エステルを思い出すかもしれないが,化合物 A は 天然に存在する炭化水素化合物でね、さらに言うと,化合物 Aはシクロヘキセン 構造をもつモノテルペンという化合物群のひとつで、炭素原子を10個持っている んだ。その化合物 A を低温でオゾンと反応させた後,亜鉛を反応させて化合物 B を合成したのだよ。そして、過マンガン酸カリウムを使って化合物 B を酸化して, この化合物Cが得られたんだ。 先生は,化合物の構造式を実験ノートに書いた一 0 HCHO C-OH A03 CH2 +Zn= CH3-C-CH-CH2-CH2-C-CH3 O 0 Bさんか→C 化合物 C 生徒: 化合物 Cが,この構造であるということは, 1分子の化合物 Aに対して, 2分子 のオゾンが反応したことになりますか? 先生:そのとおり, よくわかったね。 生徒:この柑橘系の香りがする化合物 A の構造はわかりました! ところで先生、これから私は何の実験をしますか? 先生: 君には,分子式がC10H140である芳香族化合物の還元をやってもらおう。 還元 反応には白金触媒と水素を使い, 反応後に反応溶液から触媒などの不溶成分をろ 過で取り除いてもらう。 もしかしたら, ろ液中に未反応の化合物 D が残っている かもしれないので, ジエチルエーテルと水酸化ナトリウム水溶液を使って 分液 漏斗で抽出操作もやってもらう。 そうすれば, 未反応の化合物 Dは水層に,生成 物の化合物Eはジエチルエーテル層にわけられるはずだ。 一生徒が実験を行い, 先生とのディスカッションが始まった一 生徒: 化合物Eの元素分析の結果を解析すると, 分子式がC10 H200 であることがわかり ました。 先生: 実験はうまくいったようだね。 さて,化合物 E の構造について, 君が先ほど理解 した化合物 Aと比較してみよう。 先生は化合物の構造式を実験ノートに書いた一 生徒: もし、化合物 Dと同じように化合物 A を還元して, その生成物を化合物Fとした 場合,化合物Eと化合物 Fは同じ環状構造を持ち, その環状構造に結合している 炭化水素基の数, 種類, 位置関係も同じになりますよ。

解決済み 回答数: 1