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英語 高校生

答え教えて欲しいです😿

(It is ~ for A to不定詞.〉 と 〈Itis ~ of A to不定詞) 第4回 Check Your Understanding 不定詞(1) 1. そんなことを言うなんて, エェリックは失礼です。 It is rude ( ) Eric to say that. 2. パスポートをホテルの部屋に忘れるなんて, 私は愚かでした。 It was stupid( 3. カサを電車に忘れるなんて, 僕は不注意でした。 It was careless ( )me to leave my passport in my hotel room. )me to leave my umbrella on the train. 4. アシュリーは気さくなので, 彼女が新しい友だちを作るのは簡単なことです。 Ashley is friendly, so it is easy 5. 私たちがほかの人の話に耳を傾けることは, 大切です。 It is important ( 6. 私を家まで車で送ってくれるなんて, ダニエルは親切でした。 It was kind ( ) her to make new friends. ) us to listen to others. ) Daniel to drive me homé. 7.私の両親は2人ともフルタイムで働いているので, 2人が家事を分担するのは自然なことです。 My parents both work full-time, so it is natural ( 8. 幼い子供が1日中静かにしているなんて, 不可能です。 It is impossible ( 9. 私たちにお礼状を送ってくれたなんて, ポールは礼儀正しいですね。 It was polite( 10. 植物が砂漠で育つのは, 難しい。 ) them to share the housework. ) little children to keep quiet all day. ) Paul to send us a letter of thanks. It is difficult( 第5回 Check Your Understanding 不定詞(2) 完了不定詞 1. カギをどこかに落としてしまったようです。 ) plants to grow in deserts. (to have+過去分詞> )my key somewhere. I seem( 2. その火災は, 台所から出火したと思われています。 The fire is believed ( )in the kitchen. 3. 四つ葉のクローバーは, 幸運をもたらすと信じられています。 The four-leaf clover is believed ( 4. パリは,芸術の中心だと言われています。 ) good luck. Paris is said( 5. その歌手は,その当時は最もすばらしいと思われていました。 The singer was believed ( 6. その俳優は,ここに 10年間住んでいると言われています。 ) the center of fine arts. ) the greatest at that time. The actor is said ( 7. このポスターから判断すると, この映画はコメディーのようです。 By the looks of this poster, this movie seems 8. 私の帽子は,どこだろう。 バスの中に忘れたようです。 Where is my cap? Iseem ( 9. ライアンは、料理が得意ではないようです。 Ryan doesn't seem ( 10. フィリップは,外出してしまったようです。 自転車がここにありません。 ) here for ten years. )a comedy. )it on the bus. )good at cooking. Philip seems ( 第6回 Check Your Understanding 不定詞(3) 不定詞と原形不定詞 (to + 動詞の原形〉 と動詞の原形 1. 先生は,中間試験で私たちに辞書を使わせてくれました。 ) out. His bicycle is not here. Our teacher let us ( our dictionaries on the midterm exam.

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数学 高校生

数Aです 493の⑵⑶をこう解きました 先生が答えと自分の回答が違っていても、自分が代入した数字を追って最後まで来ていればOKといっていたのですが 合ってるか不安なので確認して下さい!🙇‍♀️

491.(ユークリッドの互除法】 ユークリッドの互除法を用いて次の2数の最大出 492. [ユークリッドの互除法の利用】 次の分数を既約分数にせよ。 また,既約州 らが互いに素である自然数で,整数x,yについて ·正の整数a, bの最大公約数をdとすると, ax+by=d yはaの他。 =by が成り立つならば, x はらの倍数でありて を満た しい。 互除法 考え方 ニ元ー次 不定方程式 である。 整数x, yが存在する。 A 解 *(3) 9797 9991 数を求めよ。 (2) 2952 1368 L *1) 102 595 であれば,そのまま答えよ。 247 323 357 329 343 417 493.ニ元一次不定方程式】 次の不定方程式の整数解をすべて求め上 (2) 5(x+1)=3y *3) 2x+7y-7=0 *1) 3x-4y=0 494. [ニ元一次不定方程式】 次の不定方程式は整数解をもつか。 (2) 3x-8=15y (1) 4x-2y=1 495 B 例題 77 ユークリッドの互除法の利用 496 ユークリッドの互除法を利用して, 不定方程式 7x+17y=1 を満たす整数 x, yの組を1つ求めよ。 え方 7と17について, ユークリッドの互除法の手順を逆にたどって考える。 解 17=7×2+3 0 のより, 1=7-3×2 Oより, 3=17-7×2 これを③に代入すると, 1=7-(17-7×2)×2 7=3×2+1 ……② 49 C *49 =7-17×2+7×4 =7×5-17×2 よって, 7×5+17x(-2)=D1 より, (x, y)=(5, -2) 49

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英語 高校生

この問題が分かりません教えてください

Lesson 19 , od ne mi m om a get their support. 5 He himself was through far-reaching reforms. He abolished slavery, introduced a *bureaucracv and 298628 ig piaum. ofh al nao o litmo of the 2010s, donated about 90% of his salary to charities which helped poor people. The he was often described as the world's *humblest head of state. Not all leaders are like them. Unfortunately, some leaders only care about their statis 15 When their popularity declines, they often try to shift the criticism onto others so as to maintain their power. The class system during the Edo period aimed at dividing people into classes and giving them contentment by encouraging them to look down on the lower classes. Hitler managed to win people's support by setting *Jews up as their enemies. It is quite difficult to satisfy everybody and unite a nation. Nevertheless, good leaders smo ons Tanolaom nd listen to people's voices, including critical ones, to make better policies for the welfare of 20 naw asng-1agie all the people from the perspective of national interests. So when you are qualified to vote, collect as much information as possible about candidates and political parties. It will help Coo b you judge whether they are willing to create a better society or are just trying to ake 25 advantage of their status for their own benefits. Your single vote can make a big differèIto to our future. oiauM 9oitasrf o eysW ) 363 words

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英語 高校生

ア順番に12131であってますか? わかる方教えてください!!!! お願いします!

For most of the 20th century, magnetic north was located around the northern parts of molten iron in the earth's core which affect how the earth's magnetic field behaves. What is surprising to scientists is the speed at which the pole has been moving in recent years. magnetic poles, on the other hand, are ( ア ) moving. This fact has several implications poles are located at the northernmost and southernmost ends of the earth. The location of the Shifts in the position of the North Magnetic Pole are nothing new. Since 1831, scientists Earth has two sets of poles: the geographic poles and the magnetic poles. The geographic have been tracking its location. The movements are caused by changes in the flow of swirling for navigation and transportation. Canada. It drified around, moving slowiy north at an ( イ ) speed of approximately 10 MIometers per year. In recent decades. that rate has increased significantly to about 3 KIIometers per year. The North Magnetic Pole is nowmoving away from Canada toward eastern Russia. While scientists can't fully explain how changes in the earth's molten core are affecting the pole's movement, they can map the earth's magnetic field. Doing so allows them to (ウ ) the rate of change over time. This, in turn, provides information on how the magnetic field may shift in the future. Information on changes to the earth's magnetic field is used to produce the World Magnetic Model (WMM). This model is used as the basis for all forms of modern navigation, from how ships move at sea to mapping software in smartphones. ( エ ) inthe model, caused by shits in the real location of the North Magnetic Pole, can seriously impact almost all forms of moderntransportation. The model is updated every five years, but in 2018, during routine checks of the 2015- 2020 model cycle, scientists noticed a problem. Because of the rapidly shifting pole, the WMM was close to being outside the acceptable limits for navigational errors. This forced the release of an updated version of the model. was revised ( オ ) in2020, and the current version is expected to last until 2024. As well as keeping track of the WMM's accuracy, scientists continue investigating why the magnetic ficld is changing so dramatically. This essential work will ensure a safe journey for everyone navigating their way through the world.

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