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英語 中学生

教えてください🙏🙇‍♀️🥺

Hideki: Great! His dream finally came true! Hideki: Did Ranald have a hard time in Nagasaki? ME Smith: Well, this book says that people were kind to him because they thought he was a nice person. Me Smith: However, he was caught soon and taken to Nagasaki as an *illegal immigrant. Me Smith: Ranald didn't give up his dream. He worked on a ship, and he tried to find a way to go to Me Smith: Well, he had to take a *ship to Japan because planes were not *invented yet. Also Japan was Hideki: An isolated country Oh, Sakoku! I understand why it wasn't easy for him. was very interested in Japan. He wanted to visit Japan, but it wasn't easy. 読んで、 Hideki: Why? on isolated country at that time. Tonan, One day he got off a ship *off the coast of Hokkaido. Then he took a small *boat and 0oched an island in Hokkaido. He did this when he was 24 years old. In Nagasaki, he taught English, and he also learned Japanese from Japanese people. After seven months in Nagasaki, he went back to America and wrote about Japan and Japanese people. From his book we can understand his love for Japan. Oh, even on his *grave stone we can see it. Hideki: What do you mean? ME Smith: It has the Japanese word Sayonara on it. Hideki: I understand he liked Japan very much. He became a *bridge between two countries. To be like him in the future, 5 Mr Smith: That's good. Do your best, Hideki. invent:発明する isolated:孤立した 注) native English-speaker: 英語を母国語として話す人 off the coast of ~:~の沖合で ship:船 boat:ボート illegal immigrant: 密入国者 grave stone:墓石 bridge:かけ橋

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英語 中学生

ベストアンサーの方フォローします この問題が分からないので教えてください。

1 When we need to see the time, we look at clocks or watches. Today we can check the time very 置き時計 easily. However, it was not so easy long ago. Time keeping_has a very interesting history. 簡単に 長い間,ずっと 時間の計測 Ancient people used nature to read the time. About 6,000 years ago, Egyptians used the sun. 2 They put sticks in the ground, and the shadows told them the time. These were some of the first 話す。教えるの過去形 clocks in the world. 3 At night, people could not use the sun. About 3,500 years ago, Egyptians started to measure time without it. They put water in pots. The pots had tiny holes in them. The water decreased …なしで little by little. The lines in the pots told them the time. 4 About 1,500 years ago, other people used fire. They burned candles, for example.. The candles gave them light, and people saw the time by the lines on them. 与えるの過去形 線 5 About 700 years ago, people started to make mechanical clocks. At first, they used weights to power these clocks. The clocks told the hour with bells. However, the weig were big and heavy, so these clocks were difficult to move. 6 About 500 years ago, people improved their clocks. They used springs to power the clocks. The springs were small and light. So people could move the clocks easily. Eventually, people 小さい began to carry watches. 7 Today, we have clocks and watches everywhere. This is the result of many great inventions and many people's efforts. Even now, clocks and watches are improving. 8 We cannot really see time, but ancient people tried to recognize it. They used different ideas and technologies to measure it. When we look at our clocks and watches, we can easily see the time. Now it is time to recognize the wisdom of those ancient people.

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理科 中学生

化学反応式の係数の問題なのですが、(4)のみ答えが合いません。教えてください❗️ 学年が私は中学2年生なのですが、もしかしたら高校の範囲かもしれません。ちなみにこの問題が載っている教科書は啓林館さんのセンサーという教科書です。ややこしいですがよろしくお願いします🥺

0. 2, 3の係数をそれぞれa, b. cとして、 化学変化に関係 を、触媒(反応の前後で変化しないが、 反応を促進する物質)の存在下で, アンモニア 口4) 日本の火力発電所では, 燃料の燃焼で生じる排ガス中に含まれる微量の一酸化窒素 および酸素と反応させる方法を用いて, 無害な窒素に変えて排出している。 このこと MASTER 医礎の活用 化学反応式の係数 次の化学反応式の空欄0~③に当てはまる係数を求めよ。 ①INH,CI + Ca(OH):→ 例題25 H.O 2 NHs + CaCla + センサー 化学反応式の係数 する各原子の数をまとめる。 0 両辺で各元素の原 子の数が等しくなる ようにつける。 2 最も簡単な整数の 比になるようにつけ 元素 N H CI Ca 0 4a+2 a 1 左辺の数 右辺の数 a 2 b 36+ 2c 2 C 塩素原子の数から, a=2 窒素原子の数から, b=a=2 る。 1は省略する。 酸素原子の数から, c=2 答12 ②2 ③ 2 051化学反応式の係数 次の問いに答えよ。 口(1) 植物は,二酸化炭素と水を原料とし、 光エネルギーを利用して, グルコース(プド ウ糖)を合成している。 このグルコースは, セルロースやデンプンなどのさまざまな 有機物に変えられている。 下線部の光合成は, 次の化学反応式で表される。 空欄0 2に当てはまる係数を求めよ。 6C0。+OH.0→ CoH:0g + (微生物を利用したアルコール発酵で, サトウキビに含まれるグルコースからエタノ ールをつくり出すことができる。 このときの化学変化を表した次の化学反応式の空園 0.2に当てはまる係数を求めよ。 CoHO。 (3) エネルギー資源として重要なメタンは、 天然ガスとして地下から取り出されている が、バイオマスからも発生させることができる。植物からメタンが発生する化学受に を次の化学反応式で表した場合, 空欄0~③に当てはまる係数を求めよ。 CoHO + ② 02 →[CH,OH + ]CO 02→ CH, + H.0 + 3 CO2 に関連する次の化学反応式の空欄①~③に当てはまる係数を求めよ。 (1 |NO + NHs + O2一→ 4N2 + 82 第3部 物質の変化 3 H.O

解決済み 回答数: 1