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英語 高校生

並び替え問題です。 文法など確認したいので、並び替えた全文を教えてください。 よろしくお願いします。 ちなみに書いてある記号はほとんど間違ってます💦💦

C 次の英文が自然な文になるように、( )内の語(句) を並べかえて、2番目と4番目にくるものを記号で 答えなさい。 (完答②×10) 1. For our homework, our teacher asked us to prepare ( 7 a five-minute / a subject / care about / I on/speech/we). +7 1093 2. There were many interesting plans for our school festival. So, as class president, I ( 7 everybody / difficult / for / found/it/on/ to agree) one idea at first. エオイウアキカ thanks) that medicine. 3. Rita has had a bad headache, but she is (7 better/feeling/to/ I much/ 4. When I visit a new town, nothing makes / I my way / than / me 03, 900 more / to lose / 205 70+ P * uneasy). 5. I like both rock music and classical music, so it is (to/1 prefer / difficult / music / which ). ウエキカアオイ 6. I didn't believe Kate at first, but in ( fact/quite/said/she/ was / \ what). 7. Ellie (asked / black / my coffee/1/if/ liked / me). I said I liked it with milk. T 8. When you visit Rome, you (excited/find/ many historic places/may/ * see / ħ to / * yourself). 10 301 € 7. I 9. You can look through your text book and choose (you want to/topic/ I whatever / fwrite about) for your essay. 10. I address to / would have コチウオキカイ true / アイオウユカ you ifI/ I told his / had known) it. say / 1/

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英語 高校生

英文がわからないです心の優しい方、英文の解き方を教えて欲しいです🙇‍♀️

35 15 20 signatures in business. However, no one used fingerprints in crime work until the late In ancient times, people used fingerprints to identify people. They also used them as 1880s. Three men, working in three different areas of the world, made this possible. (1) The first man who collected a large number of fingerprints was William Herschel. He worked for the British government in India. He took fingerprints when people (7) official papers. For many years, he collected the same people's fingerprints several times. He made an important discovery. Fingerprints do not change over time. At about the same time, a Scottish doctor in Japan began to study fingerprints. Henry Faulds was looking at ancient Japanese pottery* one day when he noticed small It occurred to him that the lines were 2,000-year-old fingerprints. Faulds wondered, "Are fingerprints unique to each person?" He began to take fingerprints of all his friends, co-workers, and students at his medical school. Each print was (). He also wondered, "Can you change your fingerprints?” shaved the fingerprints off his fingers with a razor to find out. Would they grow back lines on the pots. (2) He the same? They did. One day, there was a theft in Faulds's medical school. Some alcohol was missing. Faulds found fingerprints on the bottle. He compared the fingerprints to the ones in his records, and he found a match. The thief was one of his medical students. By examining fingerprints, Faulds solved the crime. Both Herschel and Faulds collected fingerprints, but there was a problem. It was very difficult to use their collections to identify a specific fingerprint. Francis Galton in England made it easier. He noticed common patterns in fingerprints. He used these to help classify fingerprints. These features, called "Galton details," made it easier for police to search through fingerprint records. The system is still in use today. When 25 police find a fingerprint, they look at the Galton details. Then they search for other fingerprints with similar features. (4) Like Faulds, Galton believed that each person had a unique fingerprint. According to Galton, the chance of two people with the same fingerprint was 1 in 64 billion. Even the fingerprints of identical twins are ( ). Fingerprints were the perfect tool to 30 identify criminals. For mo than 100 years, no one found two people with the same prints. Then, in 2004, terrorists (I) a crime in Madrid, Spain. Police in Madrid found a fingerprint. They used computers to search databases of fingerprint records all over the world. Three fingerprint experts agreed that a man on the West Coast of the United States was one of the criminals. Police arrested him, but the experts were wrong. The man was innocent. Another man was (). Amazingly, the two men who were 6,000 5 10 136 Lesson 日本大学 470 words 22 (3) 23 024 25 26

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化学 大学生・専門学校生・社会人

これ古いのが2.65×10^4なのはなんでですか? 14日後に測定したなら新しいものではないんですか? わかる人教えてください😣

取るのか、 結晶場理論に基づいて説明せよ。 Cobalt (元素記号 Co) は9族の元素であり、 フッ化物イオンは弱結晶場配位子である。 【構造】 ( 幾何学的構造がわかるように描くこと) (2点) 【説明】 (4点) F Na3 【d 電子数 】 【電子配置】 (2点) Fi..... F E Co 0.F 'F en 2 1.800 x 10-4 ヨー 薬科大学 (O 6 (2) ma → mf1 Q + ( B ) 17 1799 1 規則としては、平行スピンをそれぞれ入れていくが、 (↓各1点) 弱結晶場配位子より結晶場分裂はさいので↓は小さい 従って、電子が入りやすくなるためdidにも電子が入る 2. 次の形式的な核化学反応式を完成させ、放射壊変形式の名称を答えよ。 (n, m は正の整数。 X, Z, A, Q は元素記号とする。) (1) X + (_ _je)→ miZ 電子捕獲 (EC 壊変 ) β粒子放出(β壊変 ) 1 14日 × 24時間/日 × 60分/時間 ++ dz2 ⑩ dx2-y2 dxy dyz dzx = 3850 験教室 座席番号 学年 書き方が変でも八面体で あることと Na が3つ付 いていることがわかるも のは丸にしました。 3. 新しく単離した Y の試料は、 毎分100×10°壊変の放射能を示した。 14日後の同時刻にその放射能を再測定したとこ ろ、 毎分2.65×104 壊変であった。 (1) Y の放射壊変の速度定数 (単位:分) を求め、 有効数字3桁で答えよ。 (式2点、 答1点) 【式】 ⑩ 新 (2点) クラス ん x lk 【答】 (2) Y の半減期 (単位:分) を求め、 有効数字3桁で答えよ。 (式2点、答1点) 【式】 F-は弱結晶場配位子であり、この配位化合物の結晶場 分裂は小さい。 したがって、より高いd軌道へ電子を昇位させるエネ ルギーが小さいため、 平行スピンの数が最大となる図の ような配置をとる。 (教 P.591) (下線部は、「同じ軌道にある電子同士の反発を避けて」 などでも可) 電子獲得だの電子放出だ のいろいろありました が、 よほどおかしなもの 以外は丸にしました。 【名称】 1.00 x 106 2.65 x 104 余計なことが書いてあっても(それが間違いでなければ) 丸にして あります。 (1) の答えを分母に代入で きていれば丸にしました。 【名称】 1.800 x 10-4 学籍番号 -1 lm2 0.693 ^ 7/20 F 【答】 氏 名 =ît 1.80 x 10 分 3850 分も丸にしました。 3.85 x 103 分 189999 ほげら木ふが夫 採点欄 20

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