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英語 高校生

インタビューを受けた、と書いてありますが 、なぜ受動態になってるのでしょうか? インタビューを与えた(give) だから、ブラジル人にインタビューをしたと思ったんですけど、、

1 Creativity is effective novelty. V 和訳 創造力とは、有用な目新しさである。 novelty 「新しさ」 2 (That is to say), it is doing or making something new [that solves a SV problem or usefully changes how we act, think, or feel J. bro sin 和訳 つまり創造力とは、問題を解決したり、行動、考え方、感じ方を効果的に変え たりといった新しい物事をしたりつくったりすることなのだ。 that is to say 「すなわち」、 solve 「解決する」 3 To be creative, then, can be as simple (as seeing something (everyone V C else sees], but thinking what no one else thinks about it). どんな 文法?? 和訳 創造的であるということは、他の誰もが見ているものと同じものを見て、それに ついて他の誰も思いつかないようなことを考えるといった単純なものだと言える かもしれない。 166 4 Other times, it requires taking ideas or processes that people usually 0 view as being unrelated and finding some fruitful connection between them. do 和訳 またある時には、人々が普通無関係だと思う考えや行為を取り入れたり、それ らの間に意味のあるつながりを見つけたりする必要がある。 view A as B 「AをBとみなす」 fruitful 「有益な」 1 Recently, we gave an interview (to a Brazilian journalist) about

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英語 高校生

3文目のto be creative は副詞的用法と考えて良いのでしょうか?それともまた別の考え方でしょうか?

2 構文解析 Creativity is effective novelty. V C 和訳 創造力とは、有用な目新しさである。 367) 福 novelty 「新しさ」 (That is to say), it is doing or making something new (that solves a S V D problem or usefully changes how we act, think, or feeljarisato 和訳 つまり創造力とは、問題を解決したり、行動、考え方、感じ方を効果的に変え たりといった新しい物事をしたりつくったりすることなのだ。 that is to say 「すなわち」、 solve 「解決する」 3 To be creative, then, can be as simple (as seeing something everyone else sees], Extor 文法?? C but thinking what no one else thinks about it). 和訳 創造的であるということは、他の誰もが見ているものと同じものを見て、それに ついて他の誰も思いつかないようなことを考えるといった単純なものだと言える かもしれない。 4 Other times, it requires taking ideas or processes that people usually 5 0 view as being unrelated and finding some fruitful connection between them. またある時には、人々が普通無関係だと思う考えや行為を取り入れたり、それ らの間に意味のあるつながりを見つけたりする必要がある。 view AasB 「AをBとみなす」 fruitful 「有益な」

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英語 高校生

英語和訳です! toの用法の単元なんですが、このピンクでマーカー引いたところがどんな用法でどうしてこう訳されるのかがわからないです! よろしくお願いします!

<英文構造> Thomas Alva Edison is said to have led the world into the age of technology. He invented 完了不定詞 lead ~ into... 「~を・・・へ導く」 many of the technologies vital to the modern world. Although he patented over 1,100 technologies を修飾 inventions, many were improvements / to the inventions of others. A lot of invention ↑ many of his inventions nowadays improves existing products and processes to make them a little bit more effective. V 0 to 不定詞の副詞用法 And Edison started all that off. 3 不定詞 (2) ↑前文の 「既存の製品と製法を改良すること」を指す FOCUS 不定詞(2) Thomas Alva Edison is said to have led the world into the age of technology. : A is said to do 〜 「A は〜すると言われている」 のto不定詞が, to have+過去分詞の完了不定 詞の形になっている。 to 不定詞の内容が、 主節の動詞 (ここではis) よりも前のことを表してい るので, is said to have led the world into 〜を 「世界を~へと導いたと言われている」と訳す。 voltraph (→ 重要構文9 ) ◆l.2 the technologies vital to ~ : vital は前の technologies を修飾。 形容詞が後ろから前の名詞を修飾 するのは, 形容詞が修飾語句を伴う (ここでは vital は to the modern world を伴っている)場合 lineである。 l.4 make them a little bit more effective: make +0 +C「~を… にする」 の表現。 them は前述の existing products and processes を指す→ 「既存の製品や (製造) 過程をもう少し効果的なものに する」。 Vocabulary Check □ technology 「(科学技術」 □ invent 「~を発明する」 □ vital 「きわめて重要な」 □ improvement 「改良 (したもの)」 process (S) PET 20001. [訳] トーマス・アルバ・エジソンは、世界を科学技術の時代へと導いたと言われている。 彼は現代世界にとっ てきわめて重要な技術の多くを発明した。 彼は 1,100を超える発明品の特許権をとったが、 多くは他人の 発明品を改良したものだった。 今日では多くの発明は、もう少し効果的なものにするために既存の製品と(製 造) 過程を改良している。 そして, エジソンがそういったことをすべて始めたのである。 af yoludsoov ortner 「物を作り出すための) 過程」 Vocabulary Plust □ existing product □ effective □ start off / start off ~ 「既存の 現存する」 「製品」agene 「効果的な」 「~を始める」 font istnatoa 13

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英語 高校生

日本語訳をお願いしたいです!!お願いします

次の英文を読んで、設問に答えなさい。 Everybody wants to eat delicious and safe food. However, exposure to different cultures reveals 2 how people's attitudes towards food safety and taste are not all innate or biological. Assumptions and practices regarding the preparation and presentation of food highlight the influence of culture on what and how people eat. For example, in one culture, some kinds of fresh ingredients might be considered edible (a), that is, without any kind of preparation like washing, peeling or heating. Yet in another culture, the same foodstuff may require some kind of preparation before it can be eaten. It is often difficult for people from the same culture to view such activities and beliefs objectively, and so witnessing the food practices of other cultures can be surprising. Sashimi is a great example of this. While sashimi may be the result of several steps of preparation from cleaning and cutting, to a particular style of presentation - heating is not one of these steps. (2)Japanese consumers take it for granted Cultures, the conventional belief may be that real and fish require some sort of cooking, such as baking or frying, (3) in order (b) them to be considered edible. In these cultures, sashimi is not thought of as raw, delicious and safe to eat, but rather as uncooked, and therefore possibly unsafe to eat, regardless of how it may taste. Fresh chicken eggs are another raw foodstuff commonly eaten in Japan — as a topping for rice, or as a dipping sauce for sukiyaki, for example but most people in the UK or the USA believe that chicken eggs require some kind of heating before they are fit for human consumption. However, the ways in which people from other cultural backgrounds eat certain foods might be considered equally unconventional by many Japanese. For example, few Japanese would eat the skin of apples or grapes. In this case, the difference involved in the preparation of the food is not the use of heat, but the removal of part of the foodstuff. People in much of the world eat apples and grapes without peeling them. A European might think, What could be more healthy and delicious than picking an apple from the tree and eating it?' But this way of thinking is not shared by a large number of Japanese. (4) It is clear that different cultures have different conventions regarding the preparation of particular foods, and different beliefs about what is considered delicious. However, there is no question that some common food preparation practices - or sometimes a lack of certain food preparation processes - are unsafe from a scientific point of view. However delicious they may be, raw meat and fish can contain the eggs of harmful parasites like tapeworms, which are often undetectable. If chicken eggs are not properly stored, and are left unconsumed for a long time, they can easily produce bacteria like salmonella. The poisoning caused by salmonella does not usually require hospitalization, but it can be very dangerous for young children and elderly people. In addition, while eating the skin of apples and grapes may be a good source of dietary fiber, one also runs the risk of consuming insecticides, the poisons that are used to protect many non-organically farmed fruits from insects. So, while there may be 'no accounting for taste' beyond culture, safety is a different issue, and (5) we should always be aware of the risks involved with culturally accepted methods of food production and consumption. 問1 下線部 (1)で,空欄 ( a )に入る最も適切な語句を, (A)~(D)から選び, 記号で答えなさい。 (A) as is clear (B) as is fresh (C) as they are (D) as unclean 問2 問3 問4 問5 下線部(2)を日本語に訳しなさい。 下線部 (3)の空欄(b)に入る語(1語) を書きなさい。 下線部(4) を日本語に訳しなさい。 下線部 (5)の理由として最も適切なものを, (A)~(D) から選び,記号で答えなさい。 (A) Eating raw chicken eggs or unpeeled fruits can be dangerous in certain conditions because of harmful bacteria or pesticides. (B) Eating unpeeled apples or grapes may cause weight gain. (C) Only young children and elderly people are vulnerable to particular bacteria. (D) Beliefs about what is considered delicious actually come from better understanding of food preparation. 問6 本文の内容と一致するものを, (A)~(G)から3つ選び,記号で答えなさい。 (A) By food preparation processes, the author exclusively means the use of heat. (B) Culturally established ways of consuming food may conflict with scientific principles of food safety. (C) In some food cultures outside Japan, fish in its raw state is not categorized as an edible foodstuff. (D) People having little contact with other cultures tend to view their own food-related conventions as natural and standard. (E) Repeated exercise is required for the mastery of any food preparation. (F) Instinct alone determines what and how people eat. (G) All cultures around the world consider it natural to eat unpeeled fruit.

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英語 高校生

教えてほしいです!!お願いします!!

問題は【1】~【4】まである。答えは各問題の指示に従って別紙の解答用紙に書きなさい。 【1】次の英文を読んで設問に答えなさい。 Headaches are a big problem. Each year, millions of people suffer from severe headaches that affect their enjoyment of life, (1) not to mention their productivity at work. estimate, headaches cost individuals and businesses more than (2) $50 billion each year! (3) This is one of the reasons research into headaches has become a worldwide effort. Although he did not know much about how headaches work, Hippocrates was the first doctor to find a way to treat them. By 400 BC, Hippocrates had discovered that the *bark from willow trees was useful in treating pain. He made a white powder from the tree's bark and gave it to his patients. Hippocrates did not know it, but he was actually prescribing a natural chemical in willow bark called salicin. Whena person eats salicin, the chemical is changed inside his or her body into (4) salicylic acid. It turns out that salicylic acid is good for stopping pain, including headache pain, but it is bad for a person's stomach. In the 1800s, a chemist in Germany slightly changed easier for people to take. commonly known as aspirin. Aspirin was used throughout most of the 1900s to treat headaches, but doctors had little idea about what really caused headaches. When doctors can *diagnose the cause of a disease, they can find better ways to treat it. Therefore, as medical technology developed, doctors began to use it to learn more about the human brain and about headaches. In fact, according to one m to make it This new form of the chemical was called acetylsalicylic acid, now acid's Now doctors classify headaches ( A ) two general types: primary and secondary. A primary headache is a condition ( B) as only the headache itself. one caused by another physiological condition, such as an *infection or a *tumor. For primary headaches, doctors have determined three possible causes. headache is caused by stress. characteristically felt on both sides of the head as a dull, steady pain. Another kind of primary headache is the *migraine headache. Exactly what causes these headaches is not well understood, but many experts believe it could be abnormal brain activity causing changes in the brain's chemistry and blood flow. For many people, migraines are caused by certain (5) stimuli, such as poor sleep or particular foods or smells. A sufferer usually feels intense pain on one side of the head and becomes sensitive to light and noise. If the migraine is severe, the sufferer may *vomit repeatedly. The third kind of primary headache is known as the cluster headache. Cluster headaches typically occur around the same time each day for weeks or months at a time. The person ( C)from this kind of headache usually feels pain on one side of her or his head, and the pain is centered around one of the eyes. Doctors do not know much (6) at present about cluster headaches, but they seem to be more common among men and could be related to alcohol or other things that affect a person's blood flow. Using computers and more advanced medical equipment, doctors continue to learn more about what happens in the brain before and during headaches. Especially in the case of migraines, some doctors believe they have found the part of the brain that sets off the reaction for severe attacks. With these insights into brain processes, doctors hope new ways will be discovered to stop headaches before they begin. On the other hand, a secondary headache is One kind of primary Doctors usually call these tension headaches, and they are 注: bark 樹皮 diagnose ~を診断する、~を突き止める 感染症·伝染病 migraine (headache) 偏頭痛 infection tumor 腫場 vomit 食べたものを吐く (出典:READING FOR THE REAL WORLD 3rd edition, Compass Publishing より)

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英語 高校生

和訳の確認をしてほしいです! お願いします🙇‍♂️🙇‍♀️

TR3T Humans usually breathe from sixteen to twenty times each minute. If you analyzed 01 the air you breathe, you would find it is a mixture of different gases. Most of it is *nitrogen about four-fifths. One-fifth is oxygen. There is also a tiny amount of carbon dioxide, a little "water vapor (which gives air its humidity), and some "traces of 05 what are called "rare gases. If you were to put a bag over your nose and mouth to catch the air you breathe out, i図 you would find (1)Some strange changes. There would still be the same amount of nitrogen. There would also be the same traces of rare gases. But there would be much less oxygen and a hundred times more carbon dioxide than in the air you breathe in. 10 There would also be considerably more water vapor. TR33 ,What happens is that each time you breathe, an exchange takes place. You keep Some oxygen; you breathe out much more carbon dioxide and water vapor than you breathed in. 、The reason is that every moment of the day and night your body is using up energy. Your heart uses up energy as it beats. Your muscles use up energy. So 15 does your brain, and so does every other part of you. All this energy is produced by the work of the millions and millions of cells that make up your body. Every one of these cells needs Oxygen in order to do its work. As the cells use up oxygen, they form carbon dioxide, which is a “waste product. So your body carries out these two processes at the same time. You breathe in the m3 20 OXygen that cells need to produce energy. You breathe out the carbon dioxide that is harmful. It sounds so simple. Yet your life depends on these processes happening dav and night without interruption.

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化学 高校生

RHEED法の原理と得られる7つの情報が、この英文に書かれているみたいなのですが、よく分かりません。 分かる方助けてください!🙇‍♂️

INTRODUCTION Reection high-energy electron diHiraction (RHEED) uses a Rnely collimated electron beam with energy of 10-100 keV. The beam irradiates a sample surface with gazing incidence to obtain forward scattered difraction patterms. RHEED enables us to analyze structures of crystal surfaces at atomic levels and also to in situ monitor growth processes of thin films (mo、1988: Ichimiya and Cohen、2004: Peng et al.. 2011). From the arrangement。intensity and profile of the dilraction spots in RHEED patterns as described below in detail、 one can obtain various kinds of information: (1) the periodicity (unit cells) in atomic arrangements. (2) flat- ness of surfaces. (3) sizes of grains/domains of surface structures and microcrystals grown on the surface. (3) epitaxial relation between the grown flms/islands with respect to the substrate. (5) parameters character- izing structural phase transitions. (6) individual atomic positions in the unit cells. and (7) growth styles of thin films and numbers of atomic layers grown. The most important advantages of the method are that it is quite easy to install the RHEED apparatus in Yarious types of vacuum chambers without interfering with other components of apparatuses and to do real- time monitoring during thin-Rlm growths. Because of these advantages.RHEED is nowwidelyusednotonlyin research Iabs of surfaces and thin fims. but also in device production processes in industry Low-energy electron diiraction (LEED、see article Low-ENNERcy ErecroN DirscmoN)。 in which an electron beam of 10-100 eV in energy is irradiated onto a sample surface with nearly normal incidence to obtain back- scattered difraction patterns. is also widely used to analyze the atomic structures of crystal surfaces. Since one has to make the sample face directly to the LEED

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