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

文章に合う単語を教えてください

A. Circle the correct words to complete the information below. The tomb of Emperor Qin Shihuang was 'constructed/revealed more than 2,000 years ago and has never been opened. This is because archeologists, as well as the Chinese government, want to apply/protect what lies inside it. Many archeologists feel we don't have the 'currency/ techniques right now to preserve whatever is found there. Once unearthed, the artifacts may lose their original colors, much like the emperor's terracotta 'network/army. A terracotta horse Modern tests have also applied / revealed high levels of mercury-a 'liquid/ technique metal-in the area. It is thought that Emperor Qin's tomb is surrounded by a 'currency/network of rivers filled with mercury, which symbolized never-ending life.

⑴の問題の解き方を教えてください🙇‍♀️ ｢指針｣で書かれていることは分からなくもないのですが、分かりやすく教えて欲しいです！

第3編 OH 応用例題 42 化合物の推定 243,244 解説動画 化合物A~Dは, Na2CO3, CaCO3, MgSO4, AI (OH)3 のいずれかである。 以下の実験結果より, A~Dを推定せよ。 ^ (1) A~Dをそれぞれ水に入れたところ, B, Cは溶けたが, A, D は溶けなかった。 (2) B, Cの水溶液をそれぞれ炎の中に入れたところ, Bだけが炎色反応を示した。 (3) A, D をそれぞれ塩酸と反応させたところ,Aだけが気体を発生した。 指針 (1) AI (OH)3 は水に溶けにくい。 アルカリ金属元素の炭酸塩は水に溶けるが,アルカリ 土類金属元素の炭酸塩は水に溶けにくい。 合 (2) アルカリ金属元素や Ca, Sr, Ba, Cu などの化合物は炎色反応を示す。 (3) 弱酸の塩と強酸が反応すると弱酸が遊離する。 解答 (1)より,B,C は, Na2CO3 か MgSO4, A, D は, CaCO3 か Al (OH)3 (2)より,Bは Na2CO3, Cは MgSO4 答 (3)より, CaCO3 + 2HC1 - → CaCl + H2O + CO2 よって, AはCaCO3, DはAI (OH)3 答

大至急です‼️‼️ (3)の問題がわかりません！！！ 答えはy=-5/4X+25/4です！ ちなみに(1)1/2 (2)(2,10)でした！

3 右の図1のように,関数y=ax2のグラフ と関数y=x+4のグラフが2点A,Bで交 わっており、2点A, Bのx座標は, それ ぞれ- 2, 4である。 x座標が-2より大 きく4より小さい点Cをとり, 線分AO, OB をとなり合う2辺とする平行四辺形 AOBC をつくる。 このとき,次の (1)~(3)の問いに答えなさい。 ただし, a>0とする。 1人1000 (1) α の値を求めなさい。 7 (2) 点Cの座標を求めなさい。 (3)右の図2は、図1において, 関数y=ax2 図2y=ax² 5 のグラフ上に、x座標が一の点Pをとった 2 -001 ものである。 点Pを通り平行四辺形AOBC の面積を二等分する直線の式を求めなさい。 右の図のように, 長方形ABCDがある 図 1 y=ax2 AL y (PT) |- 91 L A ma em $0 ABEN / ED O y C 18012 8a 00REND SO B 2 y=x+4 n metal B 41044 y=x+4 AXE x

5問とも答えを教えてください！！ （たくさん質問してごめんなさい…テスト範囲のプリントなのに答え合わせまだしてなくて来週テストで🥹）

(6) a. Her dog eats half as much food as mine. b. My dog eats as much food as (7) a. We are sixteen, and our homeroom teacher is forty-eight. b. Our homeroom teacher is (8) a. Iron is the most useful of all metals. other b. Iron is more useful than (9) a. The Nile is the longest river in the world. b. (10) a. Time is more precious than anything else. b. is as precious as as old as we are. river in the world is as long as the Nile.

2 ifの問題です。 受け身なのでOが欠けている状態なので完全分をもってくるア、ウ、オは消しました。byのところにorがあっためifは-かどうかって訳すifだと思いましたが、選択肢にwhetherがなかったためわからなくなり、後ろに不完全文もってこれるwhichにしましたが... Read More

2 この問題は、 解答欄 21 34 に解答すること 次の英文を読んで、後の問いに答えなさい。 (36点) You'll be surprised by how much a flight attendant can learn about you simply by greeting you at the door of an airplane. V People fly for all sorts of reasons, which means their moods, their expectations, and their baggage will differ greatly. These days, with air travel A due to the global COVID-19 pandemic, the simple act of flying has taken on a whole different character with new rules and questions about existing policies (like whether you can bring food on a plane). Flight attendants are experts on every aspect of air travel. They know B to look for, what sets off alarm bells and C to handle a variety of situations at a moment's notice As soon as you step onto the plane, you can bet that they're making some quick observations - it's one of the things your flight attendant won't tell you.) When you step onto the planel you're usually giving off some kind of energy, and flight attendants are in a special position to observe it since they're usually welcoming passengers onto welcoming Far (1)) the aircraft. "Greeting at the door, we notice if we are acknowledged by a smile or a returned (2) hello," says Avalon Irizarry, a flight attendant for American Airlines. And unsurprisingly, if you do return their greeting, you're automatically going to make a better impression. The [7 you / (3) 1 make / will / I flight attendant/one word / like / a]. [If If you notice a flight attendant examining you up and down, the chances are that they're observing your clothing and accessory choices. "You'd be surprised at what people wear!" says Irizarry. "When you're sitting for hours in a metal tube, it's interesting to see people wearing high- heeled sandals and complicated clothing that looks uncomfortable and impossible to adjust and

この問題のグラフを書いてほしいです🙏

× 262 放物線と2接線で囲まれた部分の面積 放物線y=x2 に点 (3, 8) から引いた接線を表す方程式は xとy=エ xオである。 また、この放物線と2本の接線で囲まれた部分の面積は METAL 地線と接線で囲まれた部分の面積 カ 88 である。

(21)の答えが3になるのがなんでか少し分からないです…わかる方いますか？？

(21) (22) (23) Any Change? Long ago, humans did not use money. Because they often could not produce everything that they needed, they traded some of their goods for goods made by others. Gradually, the goods that they exchanged were replaced by cash. For hundreds of years, metal coins and paper bills that can be exchanged for goods and services have been produced. Cash is convenient for many people because it is easy to carry. At the same time, though, it ( 21 ). Another disadvantage is that criminals have been able to produce fake coins and bills. In the middle of the 20th century, plastic credit cards were introduced. They had security features to prevent them from being used by anyone except their owners. At first, their use was limited to wealthy people. Over time, however, they became ( 22 ). In the last few years, apps for smartphones that can be used in the same way as credit cards have also become popular. Because of this, some people are suggesting that we may soon see the end of cash. Supporters of a "cashless" society in which all payments are made electronically argue that it would have several benefits. For example, people would not have to worry about keeping their wallets safe. However, some people are concerned that they might be unable to pay for the things they need because of a software error or a broken smartphone. Moreover, some people do not have bank accounts or credit cards, so their only option is to use coins and bills. ( 23 ), it seems as though societies will continue to use cash. 1 can be lost or stolen can be recycled 1 thinner and lighter 3 harder to use 1 For now 2 Until then 2 4 2 4 3 is used for shopping online is understood by almost everyone more colorful and exciting more widely available With luck 4 By contrast

この段落の最後の文です！「それが食べたものなら何でも食べることになるだろう」っていう訳なんですけど、これって「それが何を食べようとも」って訳すことってできますか？それとも名詞節と副詞節みたいな区別でやっちゃいけないことなんでしょうか？

5 Other researchers on the U.S. east coast have found similar results (in examining micro-plastics). The in doing ｢~するときに」 examine ｢~を調査する」 proved [that the micro-plastics contain poisonous metals and other dangerous chemicals (that can be passe <先行詞+関係代名詞(主格)> food chain [ up the food chain to humans)]. The European researchers (also) found micro-plastics in farm-raised oysters (追加) farm-raised 「養殖の｣ pass up to... 「~を (上の)... に渡す」の受動態 Eat one of those oysters and you'll be eating whatever: has consumed. (3): whatever ｢~するものは何でも」 6 Rochman says that her colleagues have found micro-plastics in seafood (sold in markets in the U.S. and

問3教えてください😭😭😭🙇‍♀️🙇‍♀️

元子 The (1)"rare earth elements are a group of 17 metallic elements that are found in the natural 元子 world. Because these elements are used in all sorts of high-tech devices, they are increasingly 全種類 倍増した in demand. In fact, the use of these metals nearly doubled between the years 2000 and 2010. d Despite the name, the quantity of these elements is not so low. Some recent reports have 主張した claimed that the amount of rare earth elements may be on the same level as that of copper* or Even though the elements exist throughout the world, however, the quantity is not LAUOPUS OS sufficient* for mining* profitably* in each location. Moreover, these elements are usually mixed lead*. with other elements, making it difficult to remove them. This explains why they have been called (8) (A) „‚Â#881‡3 GANEUS $0 01X$&NOS "rare" earth elements. (8) jud (A) Jon Despite an ever-growing demand, few countries are mining for these metals on a large scale. bhup gnis91 sus abnsmab 19 (A) jos ei said ino NO One country, China, now handles more than 90% of all mining for rare earth metals. Other Jadi seu ingim owied 参 in di o ogsmeh, countries have not entered this business in part because of In oro guiauso juodhiw moi because of (2) the environmental problems th ANS) OW IGERS allesimonoss maci pruxs of lola su od son ob enido merla corto prinanvoo can occur. Extracting the metals creates a lot of waste, including radioactive* waste from >tojat DEROXA uranium*, thorium* and other elements located in the mining area. poswad belduob vlison and anomals die ve dost-dgid to edmund oros bas The growing need for rare earth metals may convince some countries to expand their mining. bsol 10 190900 2 von dem som vas a su amals drus ma maldong nista on jonzi blow di metavond zimnelo drusele viirusno leuns afte Running out of rare earth metals is not the concern, however. Rather, the question is whether 2 lo word of mine anomals dre His ch 21810 i asıl yainuas vino odo at smidƆ> vob dost-deid ni bozu.ad no vod! they can be obtained without too high of an economic or environmental cost. ololo alam russ