これはそのままgreat importanceじゃダメなんですか

Section 368 1 104 The President said that it was ( ni SO noitɔg? ) great importance to develop the US-China constructive partnership. A] A[3 no \ts]ni gnlobog 1 a 3 such 2 of 4 with 九州 〈上智大)

いの答えと考え方を教えてください。

5 10 15 20 25 30 The Olympics were held in Tokyo in 1964. A few years ago before the Olympics, Japan had a big problem. It was a problem of communication. Many foreign people didn't visit Japan, and we had only, Japanese signs. For example, words like "i" or "" were on toilet doors. These signs were not understood by many foreign people. Japanese people at that time needed to make signs in many different languages for foreign people. But when they put many words on one sign, the "letters became too small. They could not easily read the sign. They had to think of ) signs for foreign people. Mr. Masaru Katsumi, a leader of a design team for the Olympics, had a great idea. everyone /to/ was easy / thought / understand he forit pictures. He wanted to make picture signs. These signs are called *pictograms and are used in many places now. Picture 1 Picture 2 Picture 3 Look at these pictures. Picture 1 shows a shower. Picture 2, shows a toilet. Picture 3 shows a restaurant. Foreign people can easily understand what each picture shows. They had to make pictograms which everyone could understand without any trouble. When they started to make them, one of the pictograms was a shower. Many Japanese people didn't know about showers at that time and didn't have one at home. One of the designers didn't even know the word "shower." One officer had to explain how to use it with a photo of a shower. The designer made the pictograms through the officer's words. With a lot of trouble and hard work, twelve designers needed three months and made pictograms for the Olympics. When the last pictogram was finished, Mr. Katsumi said to all the designers, "You did a great job, but this work is not for us. We did it for all Japanese people. Please write your names on this paper." The paper said that they'd like to give up the *copyright to the pictograms. They wrote their names on the paper. They gave up the copyright. One of the designers said, "Mr. Katsumi hopes that many people in many places will use the pictograms in the future. Money from the copyright is not important to Mr. Katsumi. He is proud that he is one of the members who worked for the Tokyo Olympics." In 2020, we are going to have the Olympics in Tokyo. Our life will change a lot. What kinds of new signs or pictograms will we see around us? (E) letter pictogram ピクトグラム(絵文字) designer www. デザイナー officer 役人 copyright 著作権

このような循環の問題の分解者の場所が分からなくなるのですが、 炭素の場合全てが集まるDが分解者でいいんでしょうか？ また、二酸化炭素の流れの場合は最後分解者には集まらないんですか？

P 気体X US $4 (SAD) 生物D 章 App 生物 生物C 生物 A 図 1 yu GREES F 33825 3261 DROG 350

答えが28になります！考え方がわからないので解説をお願いします🙇‍♀️💦

エ) 次の □の中の「う」 「え」にあてはまる数字をそ枚取り出すと図3 れるこ れぞれ 0~9の中から1つずつ選び、その数字を答えな出されるこ さい。 200 右の図3のように、平行四辺形ABCDがある。 点Eは辺AB上の点で, AE: EB=3:5であり,点F は辺BC上の点で、 BF:FC = 2:1である。 である。 また,点Gは線分 AF と線分 DE との交点である。 15 - 三角形AEGの面積が3cm²のとき, 三角形DGF の 面積は うえ cm²である。 その cm²であります #219495 G E BECOAGRE FT CO 30 D A 2481949 .8ts mol O (0)240NU14

4教えてください。答えはエです。どうやったらエになるのか分かりません。解説お願いします😭

それぞれしい [9] W-JxS - W=V×A tigre 2 調べた衣の実験ⅠⅡについて (1)~(4)の問いに答えなさい。 Yにそれぞれいろいろな大き 図1 大きさをはかった。 (実験Ⅰ) X さの電圧を加えて、 は、その結果を表したグラフである。 (実験ⅡI) ①1 図 2.3のように、実験Ⅰ で使った電熱線X, Yのそれぞれと、電源装置専用 スイッチ, 室 と同じ温度の水が100g入った発泡ポリスチレン のコップ、 温度計を用いて回路をつくり、同時に 同じ電圧を加えて10分間電流を流し コップ内の スイッチ ・100gの水 発泡ポリスチレンのコップ + イッチ W 電熱線 Y -100gの水 発泡ポリスチレンのコップ 図 1 1.0 0.8 0.6 VOE H [A] 0.4 0.2 O 0 ②2] 図4のように、電熱線Xと電熱線Y, 電源装置 導線, スイッチ, 室温と同じ温度の水が 100g入った発泡ポリスチレンのコップ, 温度計を用いて回路をつくった。 回路に一定の電圧 を加えて10分間電流を流した後, コップ内の水温を調べた。 図 4 図3 図2 2 温度計 -p+ 6 電圧E [V] アイウキ 電熱線× (1) 実験Iの結果より, 電熱線Xの抵抗は何Ωか, 求めなさい。 (2) 実験III において、電熱線Xと電熱線Yの抵抗の値の比(①) と,発泡ポリスチレンのコップ内の水温がより高くなる回路に用 電熱線(②)の組み合わせとして, 最も適切なものを、 右の ア~エから1つ選び,記号で答えなさい。 (3) 実験Ⅰの電熱線Xと電熱線Yを図5のように並列につないで, 回路全体に15Vの電圧を加えたとき,回路全体を流れる電流は何Aか,図5 求めなさい。 (4) 実験ⅡI ② の結果について述べたものとして,最も適切なものを、次 のア~エから1つ選び,記号で答えなさい。 ただし、電熱線Xが入っ ているコップ内の水温をXt, 電熱線Yが入っているコップ内の水温 をfとします。 47 8 100gの水 発泡ポリスチレンのコップ 1:2 2:1 0.2 1:2 2:1 10 1022 2012 電源装置 電熱線Y 電熱線X 電熱線X 電熱線 Y 電熱線Y 15V スイッチ 電熱線× 10.22 電熱線 Y 11.5A ア 電熱線Xに流れる電流の方が電熱線Yに流れる電流よりも大きくなるので, Xt> Y t となる。 イ 電熱線Yに流れる電流の方が電熱線Xに流れる電流よりも大きくなるので, Yt > X t となる。 ウ 電熱線Xの電力の方が電熱線Yの電力よりも大きくなるので,Xt>Ytとなる。 エ電熱線Yの電力の方が電熱線Xの電力よりも大きくなるので, Yt > Xt となる。 2012 0.75g

大門2の3と4を教えてください

T. Thike having 2. I'm a quiet person, so I'm looking for a roommate 3. I don't like parties, but I went to a reception 4. I don't like expensive things, so don't give me gifts 2 Combine the sentences. Use who or which. 1. He's a very generous person. He gives his time to everyone. He's a very generous person who gives his time to everyone. 2. We met at the new cafe. It has paintings by local artists on the walls. 3. I interviewed two people for the job. They were very smart. b. that c c. who d d. that m 4. It's a summer camp. It has classes for very young children. SHOT ON REDMAGIC 7 POWERED BY NUBIA 3 PAIR WORK Use relative clauses to complete the sentences. Tell yo Do you agree?

確かな理科の学習の答えをなくしました。答えを教えてください

解 2 特 40 12 状態変化と質量・体積 状態変化と粒子の運動 Qarrancas 楽用語 度によって状態が変わることを何というか。 パット 実験3のまじめ 液体から固体への状態変化 ように、体にして体とを確かめた後、冷やして固体になったろうの る。 液体のろう ･ろう 重要事項のまとめ 方法 図1のように、ポリエチレンの 袋にエタノールを入れ、空気が入 らないように口を縛り、バット内 に置く。 液体 【重要用語まとめ 木 目印を つける 粒子の状態 変化しなかった ○ろうが液体から固体になると、量は次のうちどのように変化 変化しなかった ろうが液体から固体になると、体は次のうちどのように変化 減った 増えた したか。 減った ( 増えた 4 とから,ろうが液体から固体になると,密度は次のうちど のように変化したか。 大きくなった 小さくなった 変化しなかった 液体から気体への状態変化 固体のろう 冷やす -> 2 図2のように、袋の上から 熱湯をゆっくりと注ぎ、袋の 変化を観察する。 図2 気体 GRENS 1 図で、目と比べて袋はどのように変化したか。 でと比べて大きくなるものは、次のうちどれか。 6 (粒子の数粒子の大きさ 粒子どうしの距離 ] で,と比べて粒子の運動の激しさは、次のうちどのように 変化したか。 〔激しくなった 穏やかになった 変化しなかった) で、袋を再び1のようにしぼませるには, 次のうちどのよう 8 にすればよいか。 〔 加熱する 冷やす 一定の温度に保つ ) 7 ③ 変化しな へった 熱湯を注ぐ。 粒子の状態 練習 /15) 1 液体 固体の状態変化 実験3 図のように、液体のろうと水を冷や して固体にし,それぞれの質量,体 密度を冷やす前と比較し、その 結果を表にまとめた。 ろう 冷やす ろう 水 【イラストの 要点 体積 ⓘ (2) 水 冷やす 質量 ② 液体⇔気体の状態変化 図のようにして, 液体のエタノールが入ったポ リエチレンの袋に熱湯をかけた。 物質をつくる手が加されると運動が激しく なりやがて状態変化するよ。 って いるということではないけど、 p.103~104 (1) ポリエチレンの袋はどのように変化するか。 (2) 熱湯をかけて (1) のようになったポリエチレ ンの袋を冷やすと, 袋はどのようになるか。 ⑤ 6 (1) 1 3 液体 固体 液体 固体 (1) 表の①~⑥にあてはまる言葉を,次のア~ウからそれぞれ1つ (1) ずつ選びなさい。 ア 大きくなった。 イ 小さくなった。 ウ 変わらなかった。 (2) (2) 液体の中に,同じ種類の固体を入れると浮く物質は,ろう, 水 のうちどちらか。 (5) (2) 教 p.105 (3) (2) のようになるのはなぜか。 その理由を, 「エタノールが気体 から」 に続けて簡単に書きなさい。 (2) (3) エタノールが気体から 口教 p.107~109 B 状態変化と粒子の運動 図は,物質が状態変化するときの ようすを,物質をつくる粒子のモ デルで表したものである 口 (1) 図のA,B,Cは, それぞれ 物質の固体, 液体、気体のどの 状態を表したものか｡ ロ (2) 加熱を表す矢印を, 図のア〜カからすべて選びなさい。 (3) 一般に, 物質の温度が上がり, 物質が状態変化していくと,体 積が大きくなっていく。 その理由を, 「粒子｣, 「距離」という語を 用いて簡単に書きなさい。 セントー ヒント ③ (3)粒子の運動が激しくなると、距離はどうなるかな。 オC 6 (1) A B C A (3) 2・3 状態変化と質量・体積/状態変化と粒子の運動

V模擬の英語の作文です！！ 添削お願いします🙇‍♀️

3 次の文章は, Fred が、 コンサートのあと Yutaka に送ったEメールの内容である。 Hello, Yutaka, Thank you for inviting me and my brother to the concert. It was so much fun for us. The brass band and the guitar club played a lot of anime music. My brother was excited to listen to them. For me, the performance of the chorus was the best. You sang some English songs very well. One of them was my favorite song, "Stand by Me. When I listened to it, I remembered my friends in my country.. I often enjoyed singing that song with them at school. I like it very much. In December, we will have a winter concert at our school. Will you come to the concert? You can come with your friends, of course. We will sing many songs. How about joining us? Tell the members of your club about my idea. I will be very happy if your club can sing with us. Let's sing Stand by Me together! Your friend, Fred () performance S Stand by Me 『スタンド・バイ・ミー』 (曲名)

すべてわかりません…教えてください！

Unit 4 長文問題 もしも時間を戻せたら? 1 ) able to change the past? If you Do you ever wish you (1) had (2) that ability, maybe you would spend more time practicing soccer, learn the instrument that you always wanted to play, study harder for that big test, or try to save more money for the future. 2 What would you do if you had the ability to turn back the clock? This was a question which Mr. Woodall, a high school teacher in Philadelphia, asked his students. Mr. Woodall wanted to know what was important to his students but was pleasantly surprised to see the results. I think their answers will be very interesting to you, too. (3) 3 Mr. Woodall expected to see answers (which were connected to the own good of the students, but he was wrong. The majority of the answers (5)which he received from his students were for the good of others. 4 Targ ①関係 2157 (4) A very common answer he found was, “If I could turn back the clock, I would take back some things that I said to a friend." Apparently, many of the students regretted saying something (5) friends and wanted to change that. Surprisingly, close to 40% of the students answered this way. ) hurt their 5 Another common answer was about pets. "If I were able to turn back the clock, I would spend more time with my dog," or "(7)I would be nicer to my cat," were some common answers. Almost 25% of the students missed their pet very much and wanted to show more love. These pets included dogs, cats, birds, rabbits and other animals. 6 There were other answers about reading more books, studying harder, or eating less junk food. However, Mr. Woodall was quite impressed with his students and their concern for others. He decided to share all of the answers with his students, and the students enjoyed hearing the different answers. Mr. Woodall decided to try this activity with his students every year. By asking, he felt he would learn a lot about his students. tu P e g n t

すみません、至急お願いします。 問1から問9まで教えてください🙇‍♀️

Unit 4 長文問題] もしも時間を戻せたら? ) able to change the past? If you 1 Do you ever wish you (2) had that ability, maybe you would spend more time practicing soccer, learn the instrument that you always wanted to play, study harder for that big test, or try to save more money for the future. 2 What would you do if you had the ability to turn back the clock? This was a question which Mr. Woodall, a high school teacher in Philadelphia, asked his students. Mr. Woodall wanted to know what was important to his students but was pleasantly surprised to see the results. I think their answers will be very interesting to you, too. Hou 3 Mr. Woodall expected to see answers (which were connected to the own good of the students, but (3) he was wrong. The majority of the which he received from his students were for the good of answers (う) others. Target ① 関係代名詞 ②仮定法・間接疑問文 66 4 A very common answer he found was, “(4)If I could turn back the clock, I would take back some things that I said to a friend.” Apparently, many of the students regretted saying something (5) friends and wanted to change that. Surprisingly, close to 40% of the students answered this way. 7) hurt their 5 (7) (6) Another common answer was about pets. "If I were able to turn back the clock, I would spend more time with my dog," or "I would be nicer to my cat," were some common answers. Almost 25% of the students missed their pet very much and wanted to show more love. These pets included dogs, cats, birds, rabbits and other animals. turn back and M (時計を) 巻き戻す pleasantly 心地よく expected to 6 There were other answers about reading more books, studying harder, or eating less junk food. However, Mr. Woodall was quite impressed with his students and their concern for others. He decided to share all of the answers with his students, and the students enjoyed hearing the different answers. Mr. Woodall decided to try this activity with his students every year. By asking, he felt he would learn a lot about his students. 〜するだろうと思う good majority , t take back 取り消す apparently close to どうやら~らしい t be nice to 〜にやさしい de 問 1 (1) ( 問2 問3 い。 1.9 ( junk food ジャンクフード concern for . 〜への気遣い、配慮 (4