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英語 高校生

答えはBです。 後者ははアメリカ英語を学習した人にとってはなじみがある。 従って/言い換えると、両方とも正しい英語である。 変ですか? CとDがおかしい理由教えてください。

The latter may be more familiar to those The former is common in who have learned American English. Why did this happen? Noah Webster, a textbook author and Great Britain, Canada and Australia. lexicographer, wanted "Americanized" spelling and pronunciation of words, different from those in Great In 1828, he published a two-volume dictionary which greatly helped to make the Americanized Britain. spelling common. The fact of the matter was it was part of American nationalism. After winning political from Great Britain in 1776, Americans became more conscious of developing their own identity as a new In literature, Americans rejected such European criticism nation. Nationalism rose in various fields. The northeastern region produced world-famous American as "Americans have no national literature." Which is more familiar to you, "centre" or "center"? writers I Edgar Allan Poe, a detective story writer and Ralph Waldo Emerson. In addition to these writers, there were also inventors who greatly helped in advancing American industry. Cyrus Hall McCormick, the inventor of the reaper, and Samuel F. S. Morse, the developer of the telegram code, are two such inventors. 間 1 In diplomacy, President James Monroe issued in 1823 the so-called "Monroe Doctrine," a warning to European nations not to interfere with America and the Western Hemisphere. It was the American This policy of isolationism embraced in the doctrine continued as the U.S. intention to be オ diplomatic policy until the end of the century. While challenging European criticism and power, young America tried to be more independent of Europe, not only politically, but economically, culturally and diplomatically. (2) lexicographer: ##*** isolationism: ŽÈ* ア both are correct English. 33 空所 A In addition reaper: 刈り取り機 interfere 干渉する Brajcich and Tanioka (2010) Eye on American Culture (**) ***** ア を満たすのに最も適切なものを、A~Dのうちから1つ選べ。 B However C Therefore D In other words

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英語 高校生

大学受験の長文問題です。 解答がないので答えをお願いします🙏

問題 3 以下の英文を読んで、次の問いに答えなさい。 (*のついた語には語注が ある。) If you are able to step outside and hear many types of birds, you might also have a greater feeling of well-being. Two studies show that hearing diverse birdsongs may help increase our happiness. (A) One study was done by researchers at California Polytechnic State University. A research team studied the effects of birdsong ( 1 ) people walking through a park in the U.S. state of Colorado. A biology graduate student, Danielle Ferraro, led the study. "There could be an evolutionary reason why we like birdsong so much. And the idea is that when we hear birdsong it could signal safety to us," Ferraro says. There could be many other reasons, too. Ferraro states that in some areas around the world birdsong can also signal the arrival of spring and nice weather. Bird diversity, she adds, can also mean a healthy environment. She explained her study to Voice of America (VOA). Ferraro and her team played recorded songs from a diverse group of birds native to the area. They did this on hiking trails in a park in Boulder, Colorado. (2) several weeks, the researchers played recorded birdsong at certain times of the day and other times they did not. Then they talked with hikers after they ( 3 ). Hikers who heard the recorded diverse birdsongs reported a greater sense of well-being than the people who heard simply the natural birds. The researchers suggest that both the bird sounds and biodiversity* can increase feelings of well-being. Ferraro explained that she used native birdsong for the study. This way it would sound as natural as possible. They also did the study during the summer. She explains why this is important. "So the study ( 4 ) in the summer and that's kind of important because the spring is most birds' breeding* season. And if we play the birdsong during breeding season, that might have disturbed them. (B) We didn't want to disturb the birds too much." The study was published in an academic journal called the Royal Society B in December 2020. - 10- ◇M2 (310-15)

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英語 高校生

この問題解答してくださると助かります。よろしくお願いします。

V. 次の 36 36 37 1 - 38 39 40 2 3 4 3 4 2 3 4 2 3 4 40 の各組の英文の中で, 下線部に間違いがあるものを,それぞれ の中から一つずつ選びなさい。 The economist mentioned the necessity of reducing taxes. He once suffered a heavy loss on the stock market. We can't hope a quick economic recovery from the global recession. I'm searching all the folders on this computer for the missing file. The substance is said to have an anti-aging effect. There is a large difference in quality between the two products. Investors have a deep interest in the growing IT company. The typhoon has caused a great damage to the Kanto region. I didn't know our schedule had canceled until you told me so. I'd be at home having dinner now if I had caught the 6:00 train. Cindy moved to Los Angeles after she had graduated from college. Ron had been with the company for five years when he decided to change jobs. Dioxin is known to cause cancer in animals. The boy is being trained to be a pro tennis player by his father. She never imagined her husband to have such a serious disease. She invited her mother to stay with her while her husband was out of town. The new tax system was criticized for being too complicated. 2 The doctor felt his leg for checking if the bone was broken. This is a popular drug used for treating high blood pressure. I envy him for having many chances to travel abroad on business.

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物理 高校生

物理の質問です。リードライトの電磁気で、 (4)のFはx軸の正の向きってあるんですけど、なんで正の向きかわかりません。 電流Iって図の時計回りだから、フレミングの左手の法則で中指を金属棒に沿うと親指はx軸の負の向きになると思うんですが。(T_T)

122 第4編 電気と磁気 基本例題 76 磁場を横切る金属棒に生じる誘導起電力 真空中に金属レールが水平に置かれ,その上を金属棒がなめらかに移動でき るようになっている。 金属棒の長さは1〔m〕 で, レールの間隔に等しい。 図1 のように,xyz軸をとる。 このとき,磁束密度B [T] の磁場がx軸の正の向き に加えられている。 また, 金属棒の抵抗は R [Ω] である。 b 図2のように, 端子 a,b 間に起電力 E [V] の電池 (内部抵抗0) を接続したところ, 金属棒は動き始めた。 x軸の正の向きに速さ 〔m/s] で動いている金属棒について (1) 両端に発生する誘導起電力の大きさ V〔V〕 を求めよ。 流れる電流の大きさI 〔A〕と向きを求めよ。→ 19 (3) 加わる力の大きさ F〔N〕を求めよ。 43132&(2 MBS (4) 十分な時間が経過して金属棒の速さが一定になったときの速さv 〔m/s] を求めよ。 Ⅰ (1) おもりの速さ(一造 (1) V=vBl〔V〕 (2) キルヒホッフの法則Ⅱより E-V=RI よって I= E-vBl R 〔A〕,軸の正の向き 件の図2で電池をつかっているから Let's Try! 111 磁場を横切る導線に生じる誘導起電力 B a レール y Z 2 26 金属棒 抵抗 R x 図 a E 141. で降下する。 >>> 141 1 ○磁場 $v[m/s 指針 金属棒に生じる誘導起電力の大きさはBl〔V〕 である。 向きは、レンツの法則と右ねじの法則とから判断する。 解答 z 軸の負の向きの磁場をつくる向きに誘導起電力 (3) F=IBl= E-vBl R [BU [N] Vが発生 (レンツの法則)。 V の向きはEの向きと反対 になる (右ねじの法則)。 (4)Fはx軸の正の向きでアフレミングの左手の法則), 棒 は加速され ”の増加とともにVも増す。 VがEに 達すると, ② ③ 式より I=0, F = 0 となり, 速さは ひで一定になる。 ③ 式で, v=vo のとき F=0 より E E-vo Bl=0 よって = (m/s] BU 軸の 正の向き 図2 車の軌

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化学 高校生

鉛蓄電池の正極の反応がよくわかりません。電子が負極からきて酸化鉛が鉛イオンと酸化物イオンに分かれてしまうのはなぜですか?

または ヨという。 ry 地の利用 ■用例 電灯 コン 二灯 ン 知器 MUK カメラ 機器 車 源 10 ink Webサイト 070 鉛蓄電池の構造と反応 鉛蓄電池を放電させると、負極と正極で次の リーに使われ 図22 ような反応が起こる。 負極 Pb + SO4²- 極 PbO2 + 4H + + SO²- +2e- Pb 負極 2e 図23 鉛蓄電池を放電させると, しだいに両極とも水に溶け にくい白色の硫酸鉛(ⅡI) PbSO4 でおおわれる。ま た,硫酸が消費されて水が 「生じるため、電解液の希硫 酸の濃度は小さくなって電 圧が低下する。そこで,鉛 蓄電池の負極および正極を 外部電源の負極および正極 alにつないで充電すると, 放電のときと逆向きの反応が起こって電極と電 解液がはじめの状態にもどり起電力も回復する。 鉛蓄電池の放電時と充電時の反応をまとめると,次のようになる。 放電 Pb + PbOz + 2H2SO42PbSO4 +2H2O (53) 充電 PbSO4 蓄電池の利用 自動車のボンネットを開けたところ。 ・発展化学 酸化 還元 問 ⑩0 鉛蓄電池について,次の問いに答えよ。 PbSO4 +2e¯ (51) PbSO4 + 2H2O (52) 2e-> Pb2 SO H₂O ・電流 H₂O 希硫酸 図 23 鉛蓄電池のしくみ 2e HHO Pb2+ SO (-) Pb|H2SO4aq | PbO2 (+) 化学エネルギー 正極 (1) 放電のとき. 次の質量は増加するか, 減少するか。 PbO2 2e PbSO4 第3章 酸化還元反応 電気エネルギー ( O = 16, S = 32,Pb = 207) (a) 負極の質量 (b) 正極の質量 (c) 希硫酸(電解液)の質量 (2) 放電で電子 2.0molが流れたとき、両極の質量変化はそれぞれ何gか。 [(1)(a)増加 (b) 増加 (c) 減少 (2) 負極:96g 正極:64g ] 20

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