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英語 高校生

お願いします

1 Today, Taylor Swift is one of the most popular singers in the world, and is also al cover model for fashion magazines. But she was not always so popular. 2 Taylor Swift began singing country music in Pennsylvania when she was eleven. Country music is an older form of music in the USA that is usually enjoyed by 5 adults. Maybe this is why other kids at her school thought she was strange for stopped calling her. singing country music. Over time, these friends 3 One day, she invited many of her friends to go to the shopping center, but all of them said they were busy. So, Taylor went with her mother. When they got there, they saw all the girls shopping together without Taylor. Soon after that, Taylor 10 began eating lunch at school alone. (1): 4 Taylor asked her parents to take her to *Nashville, a city in Tennessee where many country singers and musicians worked. Her parents decided to move there to help her make her dream come true. Taylor's parents were right to believe she could succeed. At age fourteen, she got a contract with RCA Records, a major music 15 company. 5 RCA wanted Taylor to sing other people's songs until she was an adult. Taylor “ did not like this. She wanted to write and sing her own songs about her life and the boys she dated. The record company did not think older country fans would want to hear (3)a teenage girl talk about her life. 6 Taylor left RCA and joined a smaller record company that released her records. Her music became very popular with teenagers as well as older country music fans. Soon, Taylor was considered a major pop star, and young people who did not normally listen to country loved her music too. 5 7 One day she returned to Pennsylvania to do a concert. Girls from her old school came to the concert and were excited to see her. They treated her like a star, and seemed to have forgotten that they had stopped talking to her in junior high school. 20 Taylor realized her life had changed. (4) * Nashville + VIEN

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英語 高校生

合っているかどなたか見て頂きたいです

主格の関係代名詞 ■主格の関係代名詞には who, which, that があり、後にくる動詞の主語の働きをする. 1 who 先行詞が 「人」 の場合に用いられる. ② which: 先行詞が 「物」 の場合に用いられる. 3 that NOTE 先行詞が 「物」 の場合にも「人」 の場合にも用いられる. A 次の( から適切な関係代名詞を選びなさい. 1. I want to live in a house (which/ who) has a garden. 2. Ken is a writer (which/ who) has written interesting essays. 3. I have a watch (that/who) was made in Italy. 4. I have a girlfriend (which/ that) is the same age as I am. 5. The boy (which/who) is running on the ground is my brother. 6. The shop (which/who) sells that delicious bread is closed today. 7. This is the man (which/who) wants to work at this office. 8. The girl (which/ that) runs the fastest in our school is Kanako. 9. I can't find the key (which / who) opens this door. 10. That is the doctor (which/who) lives in this village. B 次の2つの文を関係代名詞 who か which のいずれかを使って1つの文にしなさい. 11. He has a daughter. She is a teacher. He has a daughter who is a teacher 12. The man was Japanese. He took a gold medal in the Olympics. The man who took a gold medal in the Olympics. 13. This is a computer. It can receive TV. This is a computer 14. The river is beautiful. It runs through this city. The river 15. The boy is Tom. He got the first prize. The boy who which can receive TV. which runs throught this city is beautiful. got the first prize is Tom. 16. I have a friend. She lives in Korea. I have a friend who lives in 17. He is driving a car. It was made in America. He is driving a car 18. I saw a cat. It has gold eyes. I saw a cat 19. I know a woman. She can speak three languages. I know a woman in Korea. which was made in America. which has gold eyes.. 20 2 who can speak three languages. 2 F

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化学 高校生

高校化学基礎【酸化還元滴定】 (3)が解説を読んでもよくわかりません・・・教えてください!

発展例題13 酸化還元滴定 0.252gのシュウ酸の結晶 (COOH)2・2H2O を水に溶かして, ① 調製し,その中から25.0mL を正確にとり,希硫酸で酸性にした。これを温めながら ころで, 反応が完了した。 濃度不明の過マンガン酸カリウム水溶液を少量ずつ加えていくと, 20.0mL加えたと 一 S $18+XS DIS MnO4- +8H+ +5e¯ → Mn²+ +4H2O 168. (COOH)2→2CO2+2H+ +2e- 考え方 (2)(COOH)2が残って いる間は, MnO4-が Mn2+ となるため、ほぼ 116 無色になる。 (3) 滴定の終点では, 次 の関係が成り立つ。 酸化剤が受け取った電子 の物質量=還元剤が放出 した電子の物質量 (1) 下線部①,②の操作で用いられる器具の名称を記せ。 (2) 下線部 ③ で, 反応がちょうど完了した点をどのように決めるか。金 (3) この過マンガン酸カリウム水溶液の濃度は何mol/Lか。 ~(T) 問題 1/9・180 HALT 正確に100mLの溶液を TONS 20.0 1000 x=1.00×10mol/L *YO E 解答 良 (1) ① メスフラスコ ② ホールピペット (2) 滴下した過マンガン酸カリウム水溶液の赤紫色が, 消え ずに残る点を終点とする。~A (3) I 1mol の MnO は 5mol の電子を受け取り 1molの 0.252 126 S&JOJA toda¨ a. (COOH)2 は 2mol の電子を放出する。 KMnO4水溶液の濃度 を x [mol/L] とすると, (COOH)2・2H2O=126g/mol から, xmo JUNE [x] [mol/L]× -L×5= mol x 25.0 100 -x2

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生物 高校生

遺伝情報の発現のところです。紫のマーカーの部分なのですが、8番のところがUACで表をみるとチロシンなのに答えはメチオニンです。なぜメチオニンになるのですか

で Z] 基 な 40 遺伝情報の発現 図はタンパク質合成の過程を示した mRNA ものである。アミノ酸が図の左から右 DNA につながっていくとき, ①~⑥に当て はまる塩基のアルファベット, および アミノ酸 ⑦~⑨の名称を答えよ。 なお, アミノ酸の名称は,以下の遺伝暗号表 を参考にして答えよ。 [19 倉敷芸術科学大] tRNA ERNA UUU UUC UUA UUG CUU CUC CUA CUG ・フェニルアラニン ロイシン ロイシン イソロイシン 指定する塩基配列である。 この塩基配列を何とい バリン UCU UCC UCA UCG AUU AUC AUA ACA AUG メチオニン (開始コドン) ACG GUU GCU GUC GCC GUA GCA GUG GCG CCU CCC CCA CCG ACU ACC 000 セリン プロリン トレオニン アラニン UAU UAC UAA UAG CAU CAC CAA CAG AAU AAC AAA AAG CAAXX 00 A AGG CA CAA HHHGH アミノ酸 アミノ酸 ⑥ チロシン 終止コドン ヒスチジン グルタミン }アスパラギン }リシン GAU アスパラギン酸 GAC GA} グルタミン酸 CGU CGC CGA CGG UGU システイン UGC UGA 終止コドン UGG トリプトファン AGU AGC AGA AGG U GGU GGC GGA GGG アミノ酸 アルギニン ・セリン アルギニン グリシン SODA

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英語 高校生

わからないです。教えてください

C 81~83 は, ()に入る最も適当なものを選びなさい。 84~85 は, 空所に入る適語を記 入しなさい。 □81. 今日、日本人の母親が子供を見てくれるペピー・シッターを頼むのは、珍しいことではない。 Today, it is not unusual for Japanese mothers to hire a baby-sitter to ( ) their (関西学院大 ) children. ① look after look around □82. 私には朝の満員電車は耐えられない。 I find it hard to ( ) with the crowded trains in the morning. ④ take over 23 ③ look at @ look over ① come up ② put up ③ get over □83. 学校まで乗せていってくれる? Can you ( ) me a ride to school? (1) have ② make ③ take 4 give □84. 彼の言っていることがわかりますか。 Can you m □85. ぼくは彼女の期待に添おうと努力したんだ。 I tried to 1 8 LESSON 2 out what he is saying? you up to her expectations. □86. When the weather is good, cycling is a lot of fun. = Whether cycling is enjoyable or not ( ) upon the weather. 0 falls ② calls ③ makes ④ depends □87. They had a friendly relationship with each other. =They ( ) well with each other. ⓘgot along ②stood on ③ helped out □88. Everyone is familiar with his name. = His name is familiar 89. I'll telephone you tomorrow morning. = I'll D 86~87 は, ()に入る最も適当なものを選びなさい。 88~90 は, 空所に入る適語 入しなさい。 4 tied over (東京経済大短大 ) everyone. (南山大 】 tomorrow morning. (学習院大 明治 (亜細 (= (名古屋

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英語 高校生

全文訳お願いします!

4 20 科学 420 words Chapter 1 The recipe for making any creature is written in its DNA. So last year, when 1-1 geneticists* published the near-complete DNA sequence of the long-extinct woolly mammoth, there was much speculation about whether we could bring this giant creature back to life. 5 東京理科大学 Creating a living, breathing creature from a genome* sequence that exists only in a computer's memory is not possible right now. But someone someday is sure to try it, predicts Stephan Schuster, a molecular biologist at Pennsylvania State University and a driving force behind the mammoth genome project. So besides the mammoth, what other extinct beasts might we bring back to life? Well, 12 10 it is only going to be possible with creatures for which we can recover a complete genome Without one, there is no chance. And usually when a creature dies, the (1) - DNA in any flesh left untouched is soon destroyed as it is attacked by sunshine and bacteria. sequence. There are, however, some circumstances in which DNA can be preserved. If your 15 specimen froze to death in an icy wasteland such as Siberia, or died in a dark cave or a really dry region, for instance, then the probability of finding some intact stretches of DNA is much higher. Even in ideal conditions, though, no genetic information is likely to survive more than a million years. - so dinosaurs are out and only much younger remains are likely to yield good-quality DNA. "It's really only worth studying specimens that are less than 100,000 years old," says Schuster. The genomes of several extinct species besides the mammoth are already being sequenced, but turning these into living creatures will not be easy. "It's hard to say that something will never ever be possible," says Svante Pääbo of the Max Planck Institute 25 for Evolutionary Anthropology in Germany, "but it would require technologies so far removed from what we currently have that I cannot imagine how it would be done." But then (3) 50 years ago, who would have believed we would now be able to read the instructions for making humans, fix inherited diseases, clone mammals and be close to creating artificial life? Assuming that we will develop the necessary technology, we have 30 selected ten extinct creatures that might one day be resurrected. Our choice is based not just on practicality, but also on each animal's "charisma" - just how exciting the prospect of resurrecting these animals is. 1-3

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