Grade

Subject

Type of questions

English Senior High

問題を解いたのですが答えを知らないので合ってるか分かりません。教えてください🙏

不定詞(いろいろな形/原形不定詞) Track 24-25 UNIT 5 Reading ARE *examination, 24 カザフスタン生まれの義足アスリート, ハインリッヒ・ポポフが自分の半生を振り返ります。 I was nine years old when my life changed completely. During an doctors found bone cancer in my left leg. (be / cut / needed / off / the leg/to). But I wasn't giving up; I wanted to do sports again. Desc Sports were always my passion, and, like many children, I wanted to be a 5 professional football player. But I realized this would not be possible and started training for track and field events. My new *prosthesis, an artificial leg, was a new beginning for me. テーマ スポーツ (100) I am often asked why I chose to be a *sprinter. The point is, I run because I'm missing a leg. In other words, although I lost my leg, I learned something very 10 important: Accept your challenge and try to ( 3 ) it. Everything can be an opportunity if you only realize that it is. Note I started my sports career in 2001. In 2004, I participated in the Paralympics in *Athens for the first time and won three *bronze medals in the 100 meter, 200 meter, and *long jump. At the 2012 Paralympics in London, I won gold in the 100 meter 15 sprint. G 25 prinodail It sounds so easy now, but it wasn't always like that. My own experience makes me focus on helping others, especially children. I spend a lot of time visiting children in the hospital who are in a similar situation. I tell them: Don't stop doing the things that are important to you because something bad has happened to 20 you. Find a way to keep doing those things. When I pull up my *pant leg and show the children my prosthesis, you can see their eyes get big. But then they soon come to understand that everything is possible, even with a *disability. (291 words)

Resolved Answers: 1
English Senior High

教えてください🙏🙇‍♀️ お願いします!!

4 Conclusion: bridging the chasm The Jomon culture still exerts great influence on us today. Okamoto Taro, a well-known Japanese artist, created the Tower of the Sun for the Osaka Expo in 1970. It was inspired by the dogu with a heart-shaped face. Yamaoka Nobutaka, a movie director, had spent five years visiting 100 Jomon sites before filming a movie about the Jomon culture. He says, "There is a great chasm separating the Jomon period and us. But as we get to know more about it, we come to see something that enables us to look at ourselves in new ways." When you look at these dogu, try to imagine that they are looking back at you through 10,000-year-old eyes. You sparked our interest in Australia's prehistoric art. We hope we've sparked your interest in Japan's. Next year we hope some of you can come to visit us in Aomori. We'll go together to Sannai-Maruyama. You'll see the Jomon culture up close. Thank you. If you have any questions, we'd be happy to answer them. 3. もう一度本文を読んで以下の問いに答えましょう。 Q-1 According to Yamaoka, how do we learn to look at ourselves in new ways? Q-2 What do the Japanese students hope the Australian students will do next year? Q-3 Ayumi says, "The Jomon culture still exerts great influence on us today." What evidence does she give us? a. Copies of dogu have become popular among foreign visitors. b. The Sannai-Maruyama site has become a major tourist spot. c. The Jomon culture influenced both Okamoto Taro and Yamaoka Nobutaka.

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Physics Senior High

質問失礼します。画像の問題についてなのですが、マーカーで引いた部分、なぜイコールになるのか分かりません。 至急なのでよろしくお願いします💦

基本例題28 円錐振り子 図のように,長さlの糸の一端を固定し,他端に質量m のおもりをつけて、 水平面内で等速円運動をさせた。糸と 鉛直方向とのなす角を0,重力加速度の大きさをgとして, 次の各問に答えよ。 (1) おもりが受ける糸の張力の大きさはいくらか。 (2) 円運動の角速度と周期は,それぞれいくらか。 地上で静止した観測者には,おもり 指針 は重力と糸の張力を受け, これらの合力を向心力 として,水平面内で等速円運動をするように見え る。この場合の向心力は糸の張力の水平成分であ る。 (1) では,鉛直方向の力のつりあいの式 (2) では、円の中心方向 (半径方向) の運動方程式を立 てる。 なお, 円運動の半径はZsine である。 解説 (1) 糸の張力の大き さをSとすると, 鉛 直方向の力のつりあ いから, Scos0=mg mg coso 0 S 0 Scost SsinO [mg S= (2) 糸の張力の水平成分 Ssin0 = mgtan0 が向 心力となる。 運動方程式 mrw²=Fから, D 8 円運動 基本問題 203, 204,205 100 740 m (lsind) w²=mgtand @= FRAM 1 cose g 2π (周期T は, T= = 2π₁ W 1⑥ 9 UUS l cos0 m 別解 > (2) おもりとともに 円運動する観測者に は,Sの水平成分と 遠心力がつりあって みえる。 力のつりあ いの式を立てると, (2) の運動方程式と同じ結果が得られる。 m (1 sine) w²-mg tan0=0 Q Point 向心力は,重力や摩擦力のような力 の種類を表す名称でなく, 円運動を生じさせる 原因となる力の総称で、 常に円の中心を向く。 m (Isin)w² S 10. Ssin0=mgtan O Img 基本問題 206

Resolved Answers: 1
English Senior High

英語の読解問題なのですが答えが分からず 教えていただきたいです。

ENVIRONMENT Mask Waste Problem The Mask Waste Problem た使い捨てマスク (中国、 2020年5月) イルス感染症拡大防止のために使われた使い捨てマスクやフェ このプラスチックごみは、 現在大きな問題となっています。 国 社のロイターは、「このコロナウイルスの時代に、 プラスチッ とのコメントをしています。 AFP/AFLO Used masks are creating a lot of pollution ding ニマスクにはどのような問題点があり、 また ためにできることは何ですか。 endémik] パンデミック spóuzabl] 一織布の Since the beginning of the pandemic, masks have been a necessary part of our lives. Many people use disposable non- woven masks. They are convenient to use and are more effective than cloth 05 masks. One report says that 129 billion 09. virus [váiaras] 14. get washed into ~ 〜に押し流される 25. fiber [fáibar] 31. turtle [tártl] * 32. string [stríŋ] 140 130 120 110 100 90 80 70 60 50 40 30 20 10 家庭用 医療用 産業用 0 2009 10 11 12 13 14 15 16 17 18 19 20 (年度) ■マスクの生産と輸入量の推移 2009年に新型インフルエンザの流行により生産されたマスクの在庫が大量発生 し、2010~11年の生産量が激減しました。 出典:日本衛生材料工業連合会 輸入数量 国内生産 face masks are being used in the world each month. These masks protect us from the virus, but now they are hurting 10 the environment. The pandemic is creating lots of waste. Face masks can be seen on the ground all around us. Used masks may blow into rivers and get washed into 15 the ocean. Some reports say that about 1.56 billion disposable masks entered the ocean in 2020. That is 3% of all masks made in the world. This means that a very large number of people are 20 throwing their masks away the wrong way. Book Book Some people may think that non- woven masks are made of paper. In fact, they are mostly made of plastic WANT TO LEARN MORE? 谷社 ENVIRONMENT 8 The Mask Waste Problem fibers. Therefore, they will not 25 naturally disappear in the ocean. These plastics will break down into smaller plastics and stay in the environment for hundreds of years. This plastic is harmful to creatures such as fish, 30 turtles, and birds. They become caught in the strings around the masks. They also may try to eat the masks. And because we eat fish from the ocean, it also becomes our problem. One way to solve this problem is to make masks with eco-friendly materials. Now masks made of natural fibers are being developed. However, most of the masks being sold today are still made 40 of plastic. For now, it is important to throw masks away the right way. I 分 保坂 直紀著 「海洋プラスチック 永遠のごみの行方』 角川新書 堅達 京子他著『脱プラスチックへの挑戦 持続可能な地球と世界ビジネスの潮流」 山と渓 35 ■使い捨てマスクが脚にからまったカモメ (英国、2020年7月) 使い捨てマスクを適切に廃棄することに加え、耳にかけるゴムを切って捨 てることで動物にマスクが絡まるリスクを減らそうと訴える人々もいます RSPCA/AFP/AFL 12 G VOICED APA NEWSBREAKS BASIC

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