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TOEIC・英語 大学生・専門学校生・社会人

青くしてある文の文構造と訳し方を教えていただきたいです🙇‍♀️ また、mainstream America の語順に違和感を感じていて、(American mainstream とした方が正しくない?と思ってしまいます、、)それも解説いただきたいです。

Neil Hello. This is 6 Minute English from BBC Learning English. I'm Neil. Georgie And I'm Georgie. Neil If I told you I'd been for a walk to see Big Ben and Buckingham Palace, you'd know straight away I was in London. Georgie But what if my walk went past cafes selling mozzarella and ricotta where I smelled freshly made cannolis and focaccia... Where would I be then? Neil Focaccia and mozzarella... you'd be in Italy, right? Georgie Yes, Italy, or 'Little Italy' to be exact - the neighbourhood in some cities where Italian communities settled and made their home. Neil These Italian arrivals opened shops and cafes selling food to their own communities. Soon dishes like spaghetti and meatballs attracted the attention of local people, and gradually Italian food became famous around the world. In this programme, we'll be taking a walk through two Little Italys, one in Argentina, the other in New York, and, as usual, we'll be learning some useful new vocabulary as well. But before that, I have a question for you, Georgie. According to a recent YouGov poll, which Italian food is most popular with British diners? Is it: a) pizza? b) lasagne? or c) garlic bread? Georgie I think it must be pizza. Neil Okay, Georgie, I'll reveal the answer at the end of the programme. One country Italians moved to was Argentina. In 1898, Giuseppe Banchero arrived in the neighbourhood of La Boca, the Little Italy of Buenos Aires, where many Italian immigrants started restaurants. Here, Hugo Banchero, grandson of Giuseppe, tells his story to Veronica Smink, reporter for BBC World Service programme, The Food Chain: Hugo Banchero Well, my grandfather came from Italy, from Genoa, from Liguria. He was born in the centre of Genoa and arrived here in 1898 at the age of seven and a half, and this pizzeria where we are was founded on March 28, 1972. We have been here for 91 years. Veronica Smink So what culinary traditions did they bring with them? Hugo Banchero Well, our culinary tradition is pizza, and we incorporated the faina from Genoa, which is a pizza with chickpea flour... Georgie In 1898, Giuseppe founded his pizzeria - a restaurant selling pizza. When a business is founded, it's established someone starts it, or sets it up. Neil Giuseppe brought the culinary traditions from his home in Liguria in northern Italy, including regional pizzas like faina and fugazzetta. The adjective culinary describes anything connected with cooking. Georgie But probably the best-known Little Italy in the world is an area of Manhattan's Lower East side in New York. Ninety percent of Italian immigrants who arrived in the US at the turn of the century came through this neighbourhood. Neil De Palos, one of the original shops selling Italian food in Little Italy, has been serving customers for 113 years. Here, Lou De Palo, co-owner and great-grandson of the original owner, Salvino, explains more about his family history to BBC World Service programme, The Food Chain: Lou De Palo 1925... when my grandmother, Concetta, and my grandfather, Luigi, got married, they open their own shop... it's the shop we continue today being the fourth generation working alongside my sister, Maria, my brother, Sal, and our children, the fifth generation. Our business has expanded; expanded to present the full food culture of the 20 regions of Italy. Little Italy is the stepping stone of the Italian immigrant. This is where many of the Italians first came through Ellis Island, and then settled here, and then eventually moved into mainstream America throughout the rest of the country. Georgie Lou De Palo is the fourth generation of his family to run the shop, and his children will be the fifth. Phrases like fourth or fifth generation describe the children of people whose parents immigrated to a particular country.

未解決 回答数: 1
化学 高校生

この問題でCH3COO-+H+=ch3coohとなっているのはなぜですか?可逆反応ではないのでしょうか?

日 000 H+ +酢酸ナトリウムの緩衝液 00ml= 濃度 アンモニ CH3COO- ごくわずか 混合水溶液中に含まれる各物質の濃度を求める。 CH3COO + H+→CHCOOH HCIより生じた H+ と CH3COOからCH COOH が生じる。 [CH3COO] = 0.05mol/L-0.02mol/L=0.03mol/L [CH3COOH] = 0.10mol/L+0.02mol/L=0.12mol/L 電離定数より、混合水溶液の [H+] およびpHを求める 1.8×10mol/L= 0.03mol/L × [H+] [H+] = 7.2 x 10mol/L 0.12mol/L pH = -log10 (7.2×10-)=-logio (2°×32 × 10 ) == - 3 × 0.30 + 2 × 0.48-6)=4.14≒4.1 (2) NaOH より生じた OH と CH3COOH から CH3COO が 生じる。混合水溶液中に含まれる各物質の濃度を求める。 CHCOOH+OH — CH,COO +HẠO [CH3COO-] = 0.05mol/L +0.05mol/L=0.10mol/L [CH3COOH] = 0.10mol/L-0.05mol/L=0.05mol/L 電離定数より,混合水溶液の[H+] およびpHを求める。 0.10mol/L× [H+] 18×10mol/L= [H+] = 9.0×10mol/L 0.05mol/L pH = -log10 ( 9.0×10)=-log10 (32×10) == 3 -(2×0.48-6) = 5.04≒5.0 (3)過剰に加えたNaOH と CH3COOH の中和反応後、余った NaOHの濃度を求める。 中和前 CH3COOH + 0.10mol/L CH3COONa+ け。 夏の OK,= [CH,COO][H] [CH COOH] と ②log102=0.30.log103=0.48 混合 合 ③log103 = 0.48 この後 H2O NaOH 0.15mol/L 0.05mol/L -0.10mol/L + 0.10mol/L +0.10mol/L 0.05mol/L 0.15mol/L 変化量 0.10mol/L 中和後 0mol/L [OH] = 0.05mol/L 水のイオン積K より 混合水溶液の [H*] およびpHを求め る。 [H+] x 0.05mol/L=1.0×10 -4 (mol/L) 2 [H] = 2.0×1013mol/L DH=logio ( 2.0×10-13) = (0.30-13)=12.7 この 酸の道 答えよ。 度が水の 及ぼす。 log102=0.30 酸化物イ 数式で ol/L)と

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英語 高校生

①赤いマーカーで引いてある部分(3箇所)の文構造 ②2枚目の写真の赤く囲んであるtoについて訳し方、用法等 ③2枚目の写真の、赤いアンダーラインが引いてあるin existanceの訳し方等 以上の3つを解説いただきたいです🙇たくさんすみません💦よろしくお願いします🙏

Note: This is not a word-for-word transcript. Neil Hello. This is 6 Minute English from BBC Learning English. I'm Neil. Beth And I'm Beth. Neil Shhh! Quiet please! I'm trying to read here, Beth! Beth Oh, excuse me! I didn't know this was a library. Neil Well, what exactly is a library? Have you ever thought about that? Beth Well, somewhere with lots of books I suppose, where you go to read or study. Neil A symbol of knowledge and learning, a place to keep warm in the winter, or somewhere to murder victims in a crime novel: libraries can be all of these things, and more. Beth In this programme, we'll be looking into the hidden life of the library, including one of the most famous, the Great Library of Alexandria, founded in ancient Egypt in around 285 BCE. And as usual, we'll be learning some useful new vocabulary, and doing it all in a whisper so as not to disturb anyone! Neil Glad to hear it! But before we get out our library cards, I have a question for you, Beth. Founded in 1973 in central London, the British Library is one of the largest libraries in the world, containing around 200 million books. But which of the following can be found on its shelves. Is it: a) the earliest known printing of the Bible? b) the first edition of The Times' newspaper from 1788? or, c) the original manuscripts of the Harry Potter books? Beth I'II guess it's the first edition of the famous British newspaper, 'The Times'. Neil OK, Beth, I'll reveal the answer at the end of the programme. Libraries mean different things to different people, so who better to ask than someone who has written the book on it, literally. Professor Andrew Pettegree is the author of a new book, 'A Fragile History of the Library'. Here he explains what a library means to him to BBC Radio 3 programme, Art & Ideas: Andrew Pettegree Well, in my view, a library is any collection of books which is deliberately put together by its owner or patron. So, in the 15th century a library can be 30 manuscripts painfully put together during the course of a lifetime, or it can be two shelves of paperbacks in your home. Beth Andrew defines a library as any collection of books someone has intentionally built up. This could be as simple as a few paperbacks, cheap books with a cover made of thick paper.

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化学 高校生

電気分解の問題なのですが(5)のa〜dの解説で電気抵抗について書かれているのですがなぜそのようになるのかわからないです。教えて頂きたいです。よろしくお願い致します。

96 第3編 物質の変化 ** 178 〈電解槽の並列接続〉 次の文章を読み, 下の問いに答えよ。 ただし,原子量: H=1.0, C = 12,016, Cu = 63.5, ファラデー定数F = 96500C/mol, 発生する気体は水に溶けないものとする。 2つの電解槽を図のように接続し、抵抗Rを 加減して、はじめ0.40Aで6分30秒間、その 後0.30 Aで23分30秒間通電した。 電解後電 1 三 www. Cul Cu Ptl Pt 解槽 (I) の陰極の質量が0.0635g増加していた。 | (1)流れた総電気量は何クーロンか。 H (2)電解槽 (II) を流れた電気量は何クーロンか。 CuSO4aq H2SO4aq ○ (3) 電解槽 (II) の陽極での反応を,電子eを含 (I) 恒温槽 (Ⅱ) (II)4) む反応式で示せ。 ** 〇 (4) 電解槽 (II)の陰極で発生した気体は、標準状態で何mLか。 x(5) この回路で電源電圧と電気抵抗Rを一定に保ち、次の(a)~(g)のように条件を変化 させたとき 銅板の質量変化量を増加, 減少, 変化なしのいずれかで答えよ。 (a) 2枚の銅板を近づける。 (c) 水溶液に浸す銅板の面積を増やす。 (e) 電解槽 (II)の希硫酸に蒸留水を加える。H (g) 白金板1枚だけを電解槽から取り出す。 b) 2枚の白金板を近づける。白 (d) 恒温槽の温度を高くする。 入会 電気抵抗R を大きくする。 qf) 東京学芸大)

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数学 高校生

(2)がどういう原理で変形されているのか教えて欲しいです🙇‍♀️

早 唯 Think 例題 206 反復試行 (6) 最大確率 **** 1個のさいころを13回続けて投げるとき、6の目が回出る確率を Ph とする.このとき,次の問いに答えよ.ただし,0≦k≦13 とする. (1) Pk, Pk+1 の式で表せ. (2) Pkが最大であるkの値を求めよ. 考え方 (2) Pk Ph+1 の大小関係(Ph> Pk+1, Pk <Pk+1)を調べる. 解答 (1) 13回の試行で, 6の目がん回出るとき, 6の目以外は (13-k) 回出るから. Ph=13Ckl (1)(3) 13-k 同様に,0≦k≦12 のとき, k+1 Pk+1=13Ck+1 6 (2) PR 308 1 1 5 Pk+1 (k+1)! (12−k)!()() 13! k!(13-k)! (1)(2) 6 13-(k+1) =13Ck+10 12-k 6 k 13-k 6 k+1, 12-k 「6の目が出ない」 は「6の目が出る」 の余事象 P+1はPのに +1 を代入すると よい. (k+1)=(k+1) ・k! (13-k)! =(13-k)(12-k)! 1 6(13-k) -X 6(k+1) 5 X- k+1 6 13-k 1 5 5(k+1) 13-k 6 k=1/3のとき (8)(LP=Pk+1 となるが、 =P+1となるが, (i) = PR+1 13-k 4 21を解くと,k= k≤ 1.33... k, k+1が整数とな PR 5(k+1) 3 らないので不適 Pk より,k1のとき, Ph+11 つまり Pr<Pk+1 > 1 つまり Ph<Pk+1 おおよそ下の図 最大値引 cus (ii) Ph+1<1 のとき,(i)より、 k>1.33. Pk より,k≧2 のとき,P, Ph+14 (i), (i)より,k=0 のとき Po<P1, k=1 のとき Pi<P2, k=2のとき P2P3, k=3 のときP3>P4, となり, Po<Pi <P>P3>P> ...... >P13 よって,k=2のとき最大となる。大 0123 1213k 具体的に代入して書 き並べる。

未解決 回答数: 1