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英語 高校生

この回答であってますか? 教えて欲しいです!!

語い・表現 日本語に合うように 1. 沖縄は、きれいな海で有名です。 Okinawa is (famous) ( for ) its beautiful seas. )内に適切な語を入れて、言ってみましょう。 3. 2. アマゾンの森林は今、危機にひんしています。 The forests in the Amazon are now (in) (donger. 3. 客が次々と帰っていきます。 The guests are leaving (one) (after) (anothem. 4. 彼の支援のおかげで、私たちはプロジェクトを終えることができました。 (Thanks) (0) his support, we were able to finish our project. 2. 文型 1. 母親は、息子にすぐに帰ってくるように言いました。 The mother(herson/home/come/to/told) 日本語に合うように ( )内の語句を並べかえて、言ってみましょう。 soon. 2. 医者は、私に水をたくさん飲むように助言してくれました。 (advised / drink/me/the doctor / to) a lot of water. 3. 私たちは、世界の人々に幸せになってもらいたいと思っています。 We want (be/happy / in the world/people / to ). 4 2 3 内から適切な語句を選んで、言ってみましょう。 文型 ( 1. どうしてあなたはそう考えるのですか。 What made you (think/ to think) so? 2.兄と私は、ネコがえさを食べているのを見ました。 My brother and I sawa cat (to eat/eating) the food. on 10 3. 友美がイタリア語で話すのを、聞いたことがありますか。 Have you ever heard Tomomi (speak / spoken) in Italian? One More Let me . (あなたがさせて欲しいことは?) 4. 文型 ( )内の語を適切な箇所に入れて、言ってみましょう。 1. I'm wondering I should attend the meeting. (whether) "whether 2. Please tell us you agree. (whether ) whether 3. My sister asked me I wanted to use her computer. (if)

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英語 高校生

この文の緑のマーカー引いてるところの、訳と構造を教えて欲しいです!特にcrimes for which のところがなぜそうなるかわからないです

and have 2 R not Advances in technology/over the past 200 years have been remarkable ght us many benefits/However, the integration of technology Into society has always been smooth/ The first industrial revolution began in Britain in the late 18th century/Machines developed at the time/could make clothes much more efficiently (1) 14 easily and cheaply than before. Even so not everyone felt happy about this at first. Groups of skilled weavers and textile machine operators known as Luddites feared 労働運動 that their jobs would be taken away/They began/a labor movem ement in order to protest and resist the widespread use of the new technology by factory owners. Their protest actions included destroying machines crimes for which some Luddites were killed by authorities. ようたい CO ↑ To Cut 27. 減速する we now know these technological advances did not/slow down. Over time, they became widely accepted and appreciated. Before long, other innovations like the steam engine were powering heavy machinery across Europe and beyond. The second industrial revolution, toward the end of the 1800s, brought the gasoline engine and the s use of electricity. The third industrial revolution, in the late 20th century, produced computers as well as digital technologies and communications. And, recently, experts have declared that developments in artificial intelligence (AI) and advanced robotics have led us into the fourth industrial revolution. Even today, however, we hear warnings about the potentially harmful effects of (2) contemporary technologies. Some observers claim that the latest AI inventions could have negative impacts on workers, businesses, and society as a whole. The main concern, as in past eras, is that machines will replace humans in the workplace. Thes- observers suggest that a large number of occupations might be lost to AI and robot in the next few years. Taxi and truck drivers, cleaners, and factory workers are amon those considered to be at risk. The fear is even expressed that the AI revolution might lead to mass unemploymen According to some experts, up to 800 million jobs could be lost globally by 203 Moreover, the workers who will lose their jobs to machines are likely to be those wit ewer skills and less education, increasing the gap between rich and poor. Some peop believe that this will create social conflict and instability. do not necessarily need to take such a negative outl

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英語 高校生

なぜcanでは無いのですか?お願いします

words 1 /skin/ sékfon/ /tifu:/ míərm/ ases 1 ger A be necessary for you to give up any in in the near future. research studies G-A 2 Today, an incredible number been carried out all over the world this field. Scientists a working very hard and competing with one another to come u with faster and safer ways to create tissues such as skin from 3 At this point, one of the leading scientists in this area is D the patient's own body cells. a medica Yamanaka Shinya of Kyoto University. He was first doctor who treated back injuries, broken limbs, damaged joints and such. One day, he saw a woman with a serious disease in her joints. He was so shocked when he saw her swollen scientist. He misshapen joints that he decided to become a went into a basic study in order to find good ways to treat those ords 2 mpí:t/ ses 2 ther rds 3 crí:t/ Səri/ fm/ ant/ on/ on/ s 3 ch iPS Cells 1 If you have badly burned or red your skin, the doct may have to take a section of g skin from your back a Thanks to a growing however, it may no long medi sew it onto the injured area. technology called tissue engineeri: A w Wor sed R 6 The i and injuri damaged were ot 5 doctor very s into i they we 7 Dr 10 tissue cells u meth day t in th 15 Tho patients suffering from serious diseases and injuries. 4 One way to create tissue is to use egg cells, which have the ability to grow into any tissue in the body such as hair or muscle. This method, however, has produced a lot of debate. Many think it is wrong to treat live eggs as objects and then “kill them, even though the purpose is to treat patients. In addition people fear that this method could lead to human cloning. 5 For years, Dr. Yamanaka and his research team worked hard to find a different way to create tissue. Then, in 2007. they finally succeeded in creating heart muscle tissue from skin cells taken from a person's face. They first added four kinds of genes to the skin cells to put them back into their initial state, a state similar to egg cells. Then they made those cells grow into heart muscle tissue. The four genes they found are now called "Yamanaka Factors," and the initialized cells that can grow into any of the 200 cell types are called iPS cells. ma 20 on 18 th r 25時

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理科 中学生

(6)の解説お願いします。イオンの単元です。答えは2.1グラムです

3 電気分解について調べるために 次の実験を行った。 あとの問いに答えなさい。 <実験 1 > 図1のような電気分解装置に水酸化ナトリウム水溶液を入れて、一定時間電流を流したところ,両極か ら気体が発生した。このとき発生した気体の体積の比は, 陰極 陽極 =2:1であった。 <実験2 > 図2のような電気分解装置にうすい塩酸を入れて、一定時間電流を流したところ,両極から気体が発生 したが、陽極に集まった気体は陰極に集まった気体と比べて少なかった。 図1 <実験3> ピーカーに塩化銅水溶液を入れ、図3のように炭素棒を電極とした装置をつくり、導線をつないで電流 を流した。 しばらくすると, 陰極の表面に銅が付着し、陽極の表面付近から気体が発生した。 図2 図3 水酸化ナトリ_ ウム水溶液 A B 電源装置 - + 1884 うすい。 HEAR イ電極D (3) 塩酸の溶媒と溶質をそれぞれ書きなさい。 ○ L cl ウ 電極F 2 電源装置 (2) 水酸化ナトリウムが電離しているようすを, 化学式を使って表しなさい。 0000 発泡ポリス チレンの板 身のまわりの物質 塩化鋼 水溶液 E F PRELA BERINELICI 炭素棒 (1) 図1で, 水酸化ナトリウム水溶液は電流を流したが, 固体の水酸化ナトリウムは電流が流れにくい物質であ る。 水酸化ナトリウムのような, 電流が流れにくい物質を何というか, 書きなさい。 電源装置 + (4) 実験 2.3 で, 実験1の電極Aから発生した気体と同じ気体が発生した電極はどれか。 次のア~ウから1つ選び、 記号を書きなさい。 ア 電極 C (15) うすい塩酸の電気分解を化学反応式で表しなさい。 実験3で、陰極の表面に付着した銅の質量は1.0gであった。 このとき, 電気分解された塩化銅の質量は何 gか、求めなさい。ただし,塩化銅は銅原子と塩素分子が 10:11 の質量の比で結びついているものとする。

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