付箋の貼ってるところのadults bornのところがよくわかりません。born はbe動詞と一緒に使いませんか？

やや難 例題 次の文章はある報告書の一部である。 この文章と図を読み、問1~4 ] に入れるのに最も適当なものを,それぞれ下の①~④のうち から一つずつ選べ。 Magnet and Sticky: A Study on State-to-State Migration in the US (1) Some people live their whole lives near their places of birth, while V-F Q Vi others move elsewhere. A study conducted by the Pew Research Center (looked into the state-to-state moving patterns of Americans.) The study zens examined each state (to determine how many of their ad have moved there from othe these residents) are called "ma es of study also s both S investigated what percent of adults born in each state are still living there.) States high in these numbers are called "sticky" states. The study were magnet and sticky, while others were found that some states neither. There were also states that were only magnet or only sticky. (2) Figures 1 and 2 show how selected states rank 6n magnet and sticky scales respectively. Florida is a good example of a state that ranks high on both) Seventy percent of its current adult population was born in another state; at the same time, 66% of adults born in Florida are still living there. (On the other hand, West Virginia is neither magnet (only 27%) nor particularly sticky (49%). (In other words, it has few newcomers, and relatively few West Virginians stay there. Michigan is a typical example of a state which is highly sticky, but very low magnet, (In contrast, Alaska, which ranks near the top of the magnet scale, is the Vi least sticky of all states. S V VA (3) Three other extreme examples also appear in Figures 1 and 2. The first is Nevada, where the high proportion of adult residents born out of Svi CL V+ 9 V₁ state makes this state America's top magnet. New York is at the opposite end of the magnet scale even though it is attractive to immigrants from other nations The third extreme example is Texas, át the opposite end of the sticky scale from Alaska. Although it is a fairly weak magnet, Texas SV₁ is the nation's stickiest state.

教えて下さい。 お願いします🙇

Fill in the blanks so that each statement describes the UN's actions for B peacekeeping. 4. 1. promoting nora ile providing aid to ( 2. 5. fighting ) 3. 6. providing safe clearing fighting Of 29pr229N parasitic diseases / refugees / landmines / drinking water / women's rights / hunger

英語の長文問題で、自分の回答が模範解答と少し違かったので質問したいです。自分の回答は合っている答え方ですか。

次の英文は,中学生の浩 (Hiroshi) , 高校生の直人 (Naoto) とサイクリング (cycling)に出か *** 53 けたときのことを書いたものです。 あとの (1)~(6) の問いに答えなさい。 Naoto is a high school student and lives near my house. I like him and call him Nao-san. He loves road bikes and cycling. do One day last September, I asked Nao-san to go cycling together. He smiled and said, "OK. Next Saturday, I'm going to go to the lake on the road bike 5 mountain by bike. It's a very beautiful place. Have you ever (be) there before?" "No," I answered. "Then you should go with me. Do you wwolf, the you biaya ush.caufis ou I bas zbramvinkamue ain't have a road bike?" "No, Nao-san. My bike isn't a road bike." He said, “I will use my father's road bike, so you can use mine. Let's enjoy cycling together." TH T Saturday came. "Hiroshi, first, we're going to go through the town. Let's go." Nao-san and I started our trip. 10 About an hour later, we went out of the town and took our first rest. I said, “Your road bike is very nice. I can ym a lenti go fast on your bike. It's not so hard.” He answered, “That's good. It was (A) to go through the town. But from now it will be (B) to go up the mountain. We should take two or three rests before getting to the lake." I said, "I'll be fine when we go up the mountain, so I won't need any rests." UGLER TTS Nao-san and I started to go up the mountain. Cycling with him) started to become harder. I really wanted to 15 rest, but I couldn't say it to Nao-san, so we didn't stop. About two hours later, we could see the lake at last. He said, "We'll get to the lake soon." Suddenly, my legs couldn't move because I became so tired, and I fell over. at last. He "Are you OK?" Nao-san asked. "Yes, but I made a big scratch on your road bike. I'm sorry, Nao-san.” “Don't worry about it." Then, we took a long rest. After that, we walked to the lake with our bikes. suddenly clear blue sky 青く澄んだ空 When Nao-san and I came to the lake, I was very tired and couldn't say anything. He 2 (begin) to talk. "You 20 did very well." "No, I didn't." "Listen to me, Hiroshi. When we start something, sometimes we can't do it well at first. Then what should we do?" I didn't say anything. I was just looking at his road bike. There were many old scratches around the big new one. They were not all made at one time. "I understand!" The scratches taught me the answer. "Try it many times. Then we can do it well!" "That's right," Nao-san said with a smile. "Can I go cycling with you again?" I asked. "Sure. Let's go back home now." We started to go back home under the clear blue sky. Elake きゅうけい rest 休憩、休憩する at last ついに,ようやく fell over: fall over (転ぶ) の過去形 scratch leg (s) [静岡]

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 .…....

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 .…....

英作文の添削をお願いします。1枚目が問題と回答、2枚目3枚目が解答例です。解答例を見て明らかに違うところは橙色で書き込んでいます。回答下線部を中心に解説してもらいたいです。

one the less happy 次の日本語を英訳しなさい。 彼が去ってしまった今となっては,彼がいなくてとてもさびしい。 Nor that he has gone, Ⅰ miss him very much. 2. 先生はもっと早くテストのことを知らせなかったことを生徒に謝った。 (大阪商業大) The Code teacher apologized to students for mot houjing much earlier informed 1 (東京大) 3. 今朝は電車が大変混んでいたので、私は東京駅までずっと立ち通しでした。 of the (大) exam, Since the train was very busy, I have been Standing this morning dor iding to Tokyo station, 10

(1)の解説3行目～ 偶数であるものの総和で3と5が入っているのはなぜですか？

00000 基本例題 106 約数の個数と総和 (1) 360 の正の約数の個数と、 正の約数のうち偶数であるものの総和を求めよ。 (2) 12" の正の約数の個数が28個となるような自然数nを求めよ。 p.468 基本事項 (3) 56の倍数で、正の約数の個数が15個である自然数nを求めよ。 指針▷ 約数の個数総和に関する問題では,次のことを利用するとよい。 自然数Nの素因数分解がN=pq…..… となるとき 正の約数の個数は (a+1)(b+1)(c+1)...... EONORA (1+p+p²+.+pª)(1+g+q²+···+q°)(1+r+r³+ + ²)..... p. q. 7. ・は素数。 偶数は2の 2.gy...... (a≧1,6 ≧0,c≧0... ,, …. は奇数の素数 素数のうち、 (1) 上のNが2を素因数にもつとき, Nの正の約数のうち偶数であるものは i と表され, 1+ の部分がない。 その総和は (2+2²++2ª)(1+g+g²+ +g³)(1+r+r²+...+)... を利用し,の方程式を作る。 (2) ****** (3) 正の約数の個数 15を積で表し、 指数となる α, b, ...... の値を決めるとよい。 15 を積で表すと, 15 153であるから, nは1g - または-13-1 の形。 【CHART 約数の個数, 総和 素因数分解した式を利用 fgore の正の約数の個数は (a+1) (+1)(c+1) (p,q,r は素数 解答 (1) 360=232-5であるから,正の約数の個数は 7 (3+1)(2+1)(1+1)=4・3・2=24(個) また,正の約数のうち偶数であるものの総和は 積の法則を利用しても求 られる (p.309 参照)。 (2+22+2°)(1+3+32)(1+5)=14・13・6=1092 (2) 12"=(223)" =22".3" であるから 12" の正の約数が28個 (ab)"=a"b", (a")"=a であるための条件は (2n+1)(n+1)=28 のところを2mmと

赤線部分についてです。 ①なぜandではなくorが使われているのですか？ ②コンマで別れている部分の構造を教えてください どちらかでも大丈夫です🙏🏻

she wo P think he was wrong. He had been too cruel to her. She could not forgive him or love him again, nor. I think, allow him to enjoy the results of his crime. 'Of course, he could not frighten Sir Henry in the same young and healthy man.

なんで位置エネルギーを使う時と使わない時があるのですか？

2 では、万有引力による位置エネルギーGmM, Y 〈問9-3 質量mの人工衛星が右ページの図のように、質量Mの惑星を焦点の1つとするだ 円軌道を描きながら運動している。 万有引力定数をGとして以下の問いに答えよ。 (1) A点とB点における人工衛星の速さをそれぞれG, M, R. rを用いて表せ。 A点で人工衛星を加速させ、速さがになった。 (2) 加速させる速さによっては, 衛星は軌道から外れ, 無限の彼方へと飛んでい くことがある。 衛星が無限遠に飛んでいくためのμに関する条件を求めよ。 まず, A点における速さと, B点における速さをそれぞれv,Vとします。 ここでまず思い出してほしいのは「面積速度一定の法則」 です。 9-1 でやったように, 長軸上に物体があるときを考えると, 面積速度が一定です から 解きかた (1) 1/2rv=1/12 RV① 2" 解きかた B点での面積速度 を用いる問題を解いてみましょう A点での面積速度 もう1つ、万有引力の問題では 「力学的エネルギー保存則」が重要です。 衛星は運動エネルギーと万有引力による位置エネルギーを持っています。 ます。 衛星には万有引力しかはたらきませんから,これらのエネルギーの総和は保存し よって、力学的エネルギーの保存を考えて mM 2 m² + ( - 6 m ) = /2 m² ² + ( - GR A点での位置エネルギー A点での運動エネルギー R v=√2GM r(R+r) R(R+r) ....... ② B点での位置エネルギー B点での運動エネルギー そして ① ② 式を連立して解くと (右ページで式変形は解説) V=√2GM 問 9-3 補足 1 A (1) 面積速度一定の法則(ケプ ラーの第2法則) より 2 1 ミ RV...... ① 2 質量 m B点での面積速度 ①②より ① より V= 質量 M A点での面積速度 力学的エネルギー保存則より A点での運動エネルギー Y R -G mM 1 / m²³² + ( - 6 mM ) = 1/2 m² ² + ( - 6 m). -G 2 Y R A点での位置エネルギー v= 2GM v...... ③ ③ ④ より ぴー ③ よりv=2GM R2 R2-2 R2 ②より-V=2CM(121-1212)=26 R R R r(R+r) i=2GM- i=2GM r R(R+r) B点での運動エネルギー R-r rR R-r rR v=2GM 万有引力による位置エネルギー " B wwwwwww B点での位置エネルギー V= 2GM- R r(R+r) R-r rR ****** わ~! 大変な 計算だぁ~」 T R(R+r) ちゃんと 自分で 解いてみる のだぞ 237 CO 9

文字が汚くて申し訳ないのですが、この問題の答えがわからないので教えていただきたいです、解答は持ってないので写真を載せることはできませんが、解答は(ア)-1 (イ)3/2 だそうです どこが違うのかを指摘していただけると幸いです

★☆★☆★ 22 放物線 y=1/12x2 は、x 軸方向に y軸方向に NOR と,直線y=-x と直線y=3x の両方に接する。 だけ平行移動する [12 上智大 〕