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English Junior High

なぜ、答えが 『エ』ではなく 『ウ』になるのか 教えてほしいです🙇‍♀️

次の英文を読んで、問1~問5に答えなさい。 *印のついている語句には,本文のあとに〔注〕があります。(10分) A 1901, the Nobel Prize has *honored men and women from all over the world for great work in science, writing, and peace. The Nobel Prize is an *award that was started in Sweden. The name Nobel Prize comes from a Swedish scientist, Alfred Nobel, who made more than 350 *inventions. In 1895, a year betore he died. he set up the award. Many people think the Nobel Prize is the greatest award a person can receive. Twenty two people from Japan have received the Nobel Prize. Recently, awards were given to three scientists from Japan in 2014 (for their work in science. These three scientists, Isamu Akasaki, Hiroshi Amano, and Shuji Nakamura, made a bright blue *LED in the 1990s. All three colors are needed to make a white LED. White LEDs are bright, last for a long time, and don't use much *energy. Because of this, white LEDs are becoming more and more popular. They are B than fluorescent lights or *incandescent lights, but people can use them for a longer time. People can use LEDs for about 100,000 hours. That is 10 times as long as people can use fluorescent lights and 100 times as long as people can use incandescent lights. (2 Perhaps you are thinking that these scientists are cleverer than you. Their invention is really special, but they are people just like you. (3) People said that they could not do it. They had to make their own *equipment for their work. they tried more than a thousand times, they still were not able to make a blue LED. But they never gave up and finally they did it. Perhaps one day, if you work hard, you will get the Nobel Prize, too. Nobel Prize ノーベル賞 award LED I'I ・発光ダイオード 蛍光灯 機器 ……………. fluorescent equipment 〜をたたえる 発明品 honor invention energy I: incandescent 白熱灯 .…....

Solved Answers: 2
English Junior High

なぜ、答えが『ウ』 ではなく『イ』なのか 教えてほしいです🙇‍♀️

次の英文を読んで、問1~問5に答えなさい。 *印のついている語句には,本文のあとに〔注〕があります。(10分) A 1901, the Nobel Prize has *honored men and women from all over the world for great work in science, writing, and peace. The Nobel Prize is an *award that was started in Sweden. The name Nobel Prize comes from a Swedish scientist, Alfred Nobel, who made more than 350 *inventions. In 1895, a year betore he died. he set up the award. Many people think the Nobel Prize is the greatest award a person can receive. Twenty two people from Japan have received the Nobel Prize. Recently, awards were given to three scientists from Japan in 2014 (for their work in science. These three scientists, Isamu Akasaki, Hiroshi Amano, and Shuji Nakamura, made a bright blue *LED in the 1990s. All three colors are needed to make a white LED. White LEDs are bright, last for a long time, and don't use much *energy. Because of this, white LEDs are becoming more and more popular. They are B than fluorescent lights or *incandescent lights, but people can use them for a longer time. People can use LEDs for about 100,000 hours. That is 10 times as long as people can use fluorescent lights and 100 times as long as people can use incandescent lights. (2 Perhaps you are thinking that these scientists are cleverer than you. Their invention is really special, but they are people just like you. (3) People said that they could not do it. They had to make their own *equipment for their work. they tried more than a thousand times, they still were not able to make a blue LED. But they never gave up and finally they did it. Perhaps one day, if you work hard, you will get the Nobel Prize, too. Nobel Prize ノーベル賞 award LED I'I ・発光ダイオード 蛍光灯 機器 ……………. fluorescent equipment 〜をたたえる 発明品 honor invention energy I: incandescent 白熱灯 .…....

Solved Answers: 1
Science Junior High

答えがあっているか確認お願いします🙏

地球 活きている地球 5 ある地点で発生した地 について A地点とB地点で観測したときの結 果をまとめたものです。 あとの問いに答えなさい。 観測 地点 A B しんげん 震源からの 距離 136km 340km [式] [式] しょき ひ どう 初期微動が はじまった時刻 しょきびどうけいぞく じかん (1) A地点での初期微動継続時間は何秒ですか。 しゅようどう 主要動が はじまった時刻 P波の速さの求め方 B P波の速さ=- 10時20分15秒 10時20分35秒 10時20分45秒 10時21分35秒 (km) 400 震源からの距離 B 1300 〔① 10時20分35秒〕-〔②10時20分15秒〕 ③③3 20 〕 〔秒〕 200 (3) この地震が発生した時刻は何時何分何秒ですか。 地震発生時刻の求め方 C Step1 P波が震源からAまで伝わるのにかかった時間= 100 初期微動継続時間の求め方 A 初期微動継続時間=(主要動がはじまった時刻)-(初期微動がはじまった時刻) (震源からBまでの距離) (震源からAまでの距離) P波が震源からAまで伝わるのにかかった時間=- ◆解答 p.15 P波 10時10時 10時 20分20分20分 15秒 35秒45秒 |初期微動継続時間 10時 21分 35秒 (Bで初期微動がはじまった時刻)(Aで初期微動がはじまった時刻) [式] [①346 ] [km]- [② [36] [km] [⑤204] [km] [③10時20分秒〕-〔④10時30分15秒〕 〔⑥30 ] [5] (1) 20秒 17時45分10秒 (2) 初期微動を伝えるP波の速さは何km/sですか。 km/sは1秒間に何km進むかの速さを表す単位 3 右の図は,ある地点で発生した地震のゆれを,A地点 とB地点で地震計を用いて記録したものです。 次の問い に答えなさい。 ただし, 震源からの距離は, A地点が 91km, B地点が182kmです。 また、 初期微動がは じまった時刻は, A地点が13時27分40秒, B地点が 13時27分54秒でした。 (1) A地点での初期微動継続時間を求めなさい。 (震源からAまでの距離) 0000000000000000 ・S波 wwwwwwwwwww (P波の速さ) 時間 速さ Step2 地震発生時刻 = (Aで初期微動がはじまった時刻)-(P波が震源からAまで伝わるのにかかった時間) [①340 ] [km] [②6] [km/s] 地震発生時刻 = [④10時20分15秒〕 〔 ⑥.50......] [秒] = [ ⑥ 10時19分25秒〕 (2) 分 6.8km 速さ = 距離 時間 = [⑦48] (km/s) = 2 右の表は, ある地点で発生した地震につ いて, A地点とB地点で観測したときの結 果をまとめたものです。 次の問いに答えな さい。 1) B地点での初期微動継続時間は何秒ですか。 A [式] 17時46分 55-17時45分10秒=45 2) 主要動を伝えるS波の速さを求めなさい。 B [式] -[3.50] [s] (3) 1013 (962544 378-252=126 17時46分55秒~17時46分20秒=35 126- ( 35 3.6 観測 地点 A B 3) この地震が発生した時刻は、 何時何分何秒ですか。 C 17時46分20秒-70秒 [式] S波の速さの求め方 B' (2) 初期微動を伝える P波の速さを求めなさい。 [式] 182-01 7 91 20 #54 - 40=14 (3) 主要動を伝えるS波の速さを求めなさい。 [式] 24-12=12 9112=7.5 1826.5=28 S波の速さ=- 13時27分54秒 震源からの 距離 252km 378km 28秒= (4) この地震が発生した時刻は、 何時何分何秒ですか。 [式] (震源からBまでの距離) (震源からAまでの距離) (Bで主要動がはじまった時刻)ー(Aで主要動がはじまった時刻) (2) 3.6km 91÷14=6.5 A- B 初期微動が 主要動が はじまった時刻はじまった時刻 17時45分50秒 17時46分20秒 17時46分10秒 17時46分55秒 (1) 13時27分26秒 45秒 (2) のS波の速さを 利用して, 地震発 生時刻を求めよう。 (3) 17時45分10秒 10 5 10 15 20 25 30 35 40 ゆれの続いた時間 〔秒〕 初期微動がはじまった時刻 (1) (241) (2) 1736.5km (3) 37.5kag (4) 13時27分26秒

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