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英語 高校生

大学受験の長文問題です。 解答がないので答えをお願いします🙏

問題 3 以下の英文を読んで、次の問いに答えなさい。 (*のついた語には語注が ある。) If you are able to step outside and hear many types of birds, you might also have a greater feeling of well-being. Two studies show that hearing diverse birdsongs may help increase our happiness. (A) One study was done by researchers at California Polytechnic State University. A research team studied the effects of birdsong ( 1 ) people walking through a park in the U.S. state of Colorado. A biology graduate student, Danielle Ferraro, led the study. "There could be an evolutionary reason why we like birdsong so much. And the idea is that when we hear birdsong it could signal safety to us," Ferraro says. There could be many other reasons, too. Ferraro states that in some areas around the world birdsong can also signal the arrival of spring and nice weather. Bird diversity, she adds, can also mean a healthy environment. She explained her study to Voice of America (VOA). Ferraro and her team played recorded songs from a diverse group of birds native to the area. They did this on hiking trails in a park in Boulder, Colorado. (2) several weeks, the researchers played recorded birdsong at certain times of the day and other times they did not. Then they talked with hikers after they ( 3 ). Hikers who heard the recorded diverse birdsongs reported a greater sense of well-being than the people who heard simply the natural birds. The researchers suggest that both the bird sounds and biodiversity* can increase feelings of well-being. Ferraro explained that she used native birdsong for the study. This way it would sound as natural as possible. They also did the study during the summer. She explains why this is important. "So the study ( 4 ) in the summer and that's kind of important because the spring is most birds' breeding* season. And if we play the birdsong during breeding season, that might have disturbed them. (B) We didn't want to disturb the birds too much." The study was published in an academic journal called the Royal Society B in December 2020. - 10- ◇M2 (310-15)

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英語 高校生

この英文の100字要約をお願いします🙇‍♀️⤵️

Read the passage and answer the questions that follow. (1). „Why do batteries matter? Look at all your electronic devices: from laptops to smartphones to Kindles or iPads, even your watch. Those electronics are getting more energy-efficient and require less energy than they used to. But as they do, people get greedy and want their capabilities to increase. The battery, or how much energy you can 05 store in a given volume and weight, is the defining factor in this whole field. Then there are electric cars. If we can make batteries with double the "energy TR2Z density of today's and drive the price below $200 per "kilowatt-hour (versus $300 to $800 today, depending on type and weight), we could have a car with a 300-mile range, even with the air conditioner or heater turned up, that would sell for $25,000 to $30,000. The 10 Department of Energy's goal is to get batteries to $150 per kilowatt-hour by the year 2020. 01 Finally, there are the "utility-scale batteries, which are very important for renewable TR28 energy. Wind and solar power are going to become more common. Wind is already the second-cheapest form of new energy, after shale gas, and it will become the cheapest 15 15 within a decade. Right now "utility companies get about 4 percent of their power from renewable sources other than "hydro- and that 4 percent is roughly all from wind. We may see a day when renewables make up 50, 60, 70 percent of the total supply of energy. Utility companies will need batteries to stabilize the flow of renewable energy into the *grid, and also require a better electrical control system to (3)do the switching. People 20 may have these batteries at their homes instead of generators. All of this would create a huge market. But the effects would be more profound. T There are mountainous places even in the U.S., like western Alaska, that will never be connected to the electric grid. There aren't enough people, and the distances are too great. There are many parts of South Asia like this, too. But they will have solar and 25 wind power - which, in 10 or 15 years, are going to be as cheap as any other form of energy, or cheaper. Once you have "storage systems, you can put a little "solar installation on your roof or "a plot of land, and then you will have your electric supply! It will be like cellphones' "leapfrogging the "land-line era. It will transform the prosperity of the world. 【Notes】 energy density エネルギー密度 (ここでは電池の容量を意味する) kilowatt-hour キロワット時 (1キロワットの機器を1時間使ったときの消費電力量) utility-scale 電力供給に使う規模の hydro utility company t storage 貯蔵 (ここでは電気を蓄えておくことを意味する) grid solar installation a plot of land 一画の土地 land-line 地上 (の電話) 線 by a factor of two (増減の幅が)2倍で (50pts.) leapfrog 〜を一足跳びにする

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英語 高校生

過去問の全15問の解説を宜しければして頂きたいです!!お願い致します。

3 3 [] [] ーロコ 2023 推薦 公募制推薦入試A・B 【適性検査】 文系学部 公募制推薦入試 A・B 文系学部 Ⅰ 次の英文の 選びなさい。 (1) This cheese is made ( a. about b. from c. one d. to b. between c. by d. of (2) Sally is very good () teaching tennis: she is one of the best coaches in the tennis school (3)( a. Economics b. Education C History d. Politics (4) English is a ( it. a. careless b. major c. partial d. regional ) is the area of study that is concerned with teaching and learning. (9) My father ( swimming instead. a. ought to b. should c. used to d. will a 内に入れるのにもっとも適当なものをa~dの中から1つ so as b so that C such as d. such that 00) Nowadays, millions of robots are used in various fields ( manufacture and the health industry b. in case goat's milk. n からできている C unless d. whether ) international language: people around the world speak 01) Daniel could not dance, but he pretended ( lessons. -1- ) play baseball when he was young. Now, he enjoys a, almost nothing b. as far as I know c. quite wrong d. what is called 12 Student A: Do you think you can use dictionaries in Ms. Benson's exam? ). I intend use this one. Student B: Yes, ( ) car -3- ) he had taken dance 推 (5) According to recent research, female elephants ( in the family. a. care b c. play d. sing (6) This airline allows their passengers ( them. a. of taking on b. take on c. taken on d. to take on 推 nurse (7) The sign says that () from here, that rock looks like a lion. a saw b. see C seeing d. seen (13) a. however b. wherever c. whichever d. whoever (8) Here are two different kinds of cake. You can choose ( want. I'll have the other. Mr. Tanaka ( a. Bye, for now. b. How do you do? c. It's been nice talking with you. d. What do you do? -21 00 A: I like Japanese culture. (15) ) two pieces of baggage with Ms. Davis: Excuse me. Are you Mr. Tanaka? I'm Annabel Davis. Nice to meet you. ) an important ) I'm glad to meet you. B:( ) I think Kabuki is wonderful. a. I am, too. b. Neither do I. c. So do L d. That's unlikely. c. one d. too Server: Would you like coffee or tea? Customer Actually, I'd like ( a both b, either ) one you ). Tea with my meal and coffee after

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化学 高校生

260と263の解説についてで263で「Cはエステルの加水分解生成物で、水層に分離されたことから、カルボン酸である。」とあり、260では「芳香族カルボン酸Bはエーテル層に移る」とあるのですが、260と263のどちらのカルボン酸もベンゼン環を含んでいるので同じような条件に思え... 続きを読む

152 第5編 有機 263 〈構造式の推定> ★★ ミツバチの巣の構成成分の一つとして知られている化合物Aは,炭素, 水素,酸素 から成り、元素分析値は重量百分率で炭素 81.0%, 水素 6.3%, 分子量は252である。 化合物Aを水酸化カリウム水溶液で加水分解し,反応混合物にジエチルエーテルを 加えて分離操作を行い, エーテル層からは化合物Bが得られた。 一方,水層に希塩酸 を加えると, 化合物Cが析出した。 分子式 CHOで表される芳香族化合物B を K2CrOの硫酸酸性溶液で酸化すると, 化合物Dが得られた。 化合物BとDは, ともにヨードホルム反応を示した。 芳香族化合物Cのクロロホルム溶液に臭素溶液を加えると臭素の色が消えた。また。 化合物Cには幾何異性体が存在することがわかっている。 (1) 化合物Aの分子式を示せ。(原子量: H=1.0, C = 12,0=16) (2) 化合物 A,B,Cの構造式をそれぞれ示せ。 (3) 化合物Aには最大何種類の立体異性体が考えられるか。 2 (筑波大改) 264 〈CgH&Oの異性体> (イ) 分子式 CsHsOで示される芳香族化合物 A, B, C およびDがある。 AとBにアンモニ ア性硝酸銀水溶液を加えて熱すると銀が析出した。 AとBを過マンガン酸カリウムの 水溶液と加熱してから酸性にすると, それぞれからEとFが得られた。 F を加熱した ところ, (4) 合成樹脂の原料でもある昇華性の化合物Gが生成した。 Gは水酸化ナトリ ウム水溶液に徐々に溶け、塩酸で酸性にするとFが得られた。 Cを水酸化ナトリウム 水溶液中でヨウ素とともに加熱した後、反応液をジエチルエーテルとよく振ってから, (ロ) エーテル層とアルカリ水溶液の層に分離させた。 アルカリ水溶液の層を酸性にする とEが得られた。Dはベンゼンのパラ二置換体で,水酸化ナトリウム水溶液に溶解し, この溶液に二酸化炭素を通じると再びDが析出した。 D についてその側鎖をオゾン分 解するとHが生成し,Hはアンモニア性硝酸銀溶液を還元した。 耳の異性体にあたる 化合物を穏やかに酸化して得られたⅠは,ナトリウムフェノキシドを二酸化炭素加圧 下で加熱してできる化合物に希硫酸を作用させてつくられる化合物と同一であった。 (1) A~Iに最も適した構造式を示せ。 (2) 下線部(イ)のGとグリセリンから合成される高分子化合物の名称を記せ。 (3) 下線部(ロ)のエーテル層に移動した化合物の構造式を示せ。 (4) Dをニッケル触媒を用いて高温・高圧の水素で還元し、続いて分子内脱水反応と 硫酸酸性の過マンガン酸カリウムによる炭素間二重結合 た。 どのような化合物が得られ 7 it

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