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英語 高校生

Aの3.4とBの問題2つがわからず、 解説していただきたいです🙇‍♀️🙏🏻

1 Grammar ★ 仮定法 ▸ If it were not for the sun, we could not live. A If it had not been for his knee problem, he would have become a great athlete. 「太陽がなければ、私たちは生きることができないだろう」 ★Do you know 疑問詞 + 間接疑問? / 疑問詞 + do you think + 間接疑問? Do you know where Scott is from? 「彼は膝の故障がなかったら、 偉大な運動選手になっていたことだろう」 1. ◆ Where do you think Scott is from? 「スコットはどこの出身だと思いますか (yes/no で答えられない)」 疑問詞が間接疑問の主語で do you think を用いる場合も、疑問詞を文頭に出す。 Do you know what has happened to Mary? 「メアリーはどうなったか知っていますか (yes/no で答えられる)」 「スコットはどこの出身か知っていますか (yes/no で答えられる)」 ◆ What do you think has happened to Mary? 2. 「メアリーはどうなったと思いますか (yes/no で答えられない)」 ( )から適しているものを選びなさい。 2009 SPITA bu If (there / it) were not for computers, this task would take months to finish. If it had not been for the seatbelt, he (would be / would have been) badly injured. ould would have en for u B S 3. Do you know (what became / what did he become) of him after he left his town? 4. (How much do you think / Do you think how much) I paid in advance for the tour? B各文の( に入るものを選びなさい。 1. If it() for his help, we would not have succeeded in the project. ① were 2 were not ③ had been 2. sho 2. Who () to see me yesterday? Who ( ① you think came ③ did come you think ④ had not been think (2) came do you ④ do you think came (先頭の文字も小文字にしています)

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化学 高校生

この問題のエでなぜそのような式にできるのかが分かりません。そもそも合成時に反応する官能基の数や、合成高分子の構造がわからないのにこの式ひとつで表すのは不可能では無いでしょうか?例えば複数アルファアミノ酸が全てのアミノ基とカルボキシ基を使って1つノ環状ペプチドを作ったならp=... 続きを読む

(b) 高分子化合物の合成において, 高分子化合物の生成量は官能基の消費量から求め ることができる。反応で消費された官能基の割合を反応度 p とすると,反応度は 以下のように表される。 S 反応度 p= LAXY 反応で消費した官能基の量 〔mol] 反応開始時の官能基の量 〔mol] 品 加 反応開始時にあった単量体の分子数を No 〔mol], 反応度における高分子化合 物の分子数を N 〔mol] とすると,このときに得られる高分子化合物の数平均重合度 No A X, は で表されるので,X, を,反応度』を用いて表すと I となる。 N ロ ポリエチレンテレフタラートは、テレフタル酸とエチレングリコールの縮合重合 によって得られる高分子化合物である。 この縮合反応は可逆反応であるので,数平 AYLANAS SUNE 均重合度X, はこの反応の平衡定数によっても影響を受ける。 いま, テレフタル酸 A TH A とエチレングリコールの混合物中のカルボキシ基とヒドロキシ基の初濃度は等しく 館についms. Co [mol/L] とし, 反応度で平衡状態になったものとすると、平衡定数Kは以下 JA SAUNA (1 のように表される。

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英語 高校生

画像横になってすみません blow「息を吹きかける」、steaming「湯気の立った」はわかったのですが、間にあるこのacrossってなんですか!? blow acrossで繋がってるのかなーって思ったのですが辞書引いても出てきませんでした😭 よろしくお願いします

3 <英文構造> Somewhere, millions of years ago, just after learn... 同格 e fire, the primitive human was faced with a difficult technological dilemma: how to cool his piping-hot food enough to be コロン以下で dilemma の内容を説明 疑問詞 + to 不定詞 「・・・するのに十分に」 able to eat it. Surely he must have burned his tongue enough times. He would have to find 助動詞 + have done 過去の習慣を表す would a way of eating the hot stuff. Then he must have discovered that by putting his lips together 助動詞 have done discovered の目的語 and blowing across) a steaming bowl of mammoth stew, the food magically cooled). Why? He S hadn't a clue, but it worked. FOCUS 助動詞 PE he must have burned his tongue : 過去の経験や完了の意味を含む助動詞 must + have done 「・・・ したに違いない」 の形→ 「彼(=原 始人)は舌をやけどしたに違いない」。 (→重要構文 31 て考えてす 間 この死行前は何 he must have discovered that ~ the food magically cooled: inc must have discovered の目的語は that 節 (that cooled)。 that を代名詞の「それ」 と訳さないよ うに注意しよう。 that節の主語・述語は the food (magically) cooled 「食べ物が (魔法のように) 冷 めた」。 その前の by putting 〜は「・・・することによって」 を意味する前置詞 by + 動名詞の表現。 buman puc すべき ... enough to be : how to cool は疑問詞 + to 不定詞 「どのように~すべきか〜の l.2 how to cool 仕方」の表現。 「であるほど十分に」 を意味し cool を修飾。 「そ (→ 重要構文 10 enough to be Hold wasob 313860 れを食べられるくらい十分に冷ます」 となる。 → 重要構文 11 ivillization l.3 find a way of eating the hot stuff : 同格を表す of でつながっている→ 「….する方法」と訳す。 RENSE) Vocabulary Check NDOW 訳 どこかで、何百万年も前、火を使うことを覚えた直後、原始人は、ある困難な技術的なジレンマ [板挟み ] に直面していた。 すなわち, ものすごく熱い食べ物を食べることができるくらいに冷ます方法である。 彼 はきっと何回となく舌をやけどしたに違いない。 彼は熱い物を食べる方法を見つけなければならなかった。 そんなとき彼は、 唇をすぼめて湯気の立つマンモスのシチューの入ったお椀に息を吹きかけることで、食べ 物が魔法のように冷めることを発見したに違いない。なぜなのか。 彼にはまったく見当がつかなかったが, その方法はうまくいったのである。 vody tavsundw) snsig 「原始の、原始的な」 ■ primitive □technological 「技術的な」 □ burn MG SRI 文重 「~をやけどする」 Vocabulary Plust ~ in svol orwalqoo1 somewhere 「どこかで」 ■ be faced with 「〜に直面している」 □ put ~ together 「~をあわせる」 「手がかり」 ■ clue

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英語 高校生

間違ってるとこあったら教えてください

英語 7 次の英文を読み、1から4の ちから一つずつ選びなさい。 解答番号は 内に入れるのに最も適当なものを,それぞれ①~④のう 27 O others. 24 Nagisa was a nurse who was working in Zimbabwe, a country in Africa. One day, she got an email from her old high school homeroom teacher, Mr. Tamai. He wanted to ask was hesitant at first because she always had a fear of public speaking, she felt this would be a Nagisa to give his students a talk about what she was doing in Zimbabwe. Although Nagisa good chance to tell students about the joy of working abroad and helping people in need. The next time Nagisa went back to Japan, she visited Mr. Tamai's high school to speak with his students. She was very nervous, but to her relief, the students seemed to be very interested in her story. She talked about her job, her reasons for working in Zimbabwe, and both some good and bad things about working there. She shared her passion for helping After the talk, one of the students came to talk to Nagisa. He said, "I would like to work abroad and help people in the future like you, but I don't know what kind of job I would be able to do. Do you have any advice for me?" Nagisa said, "I think, doing something you like is the key. Keep doing it, and doors will open for you." (Ten years later) One sunny day, a group of Japanese farmers visited the village where Nagisa was living. They came to teach local people how to grow plants and vegetables. People in the village were eager to learn from them. Then, the youngest member of the farmers' group came to talk to Nagisa and said, "Hi, do you remember me? You gave a talk at my school ten years. ago. At that time, I liked growing plants and vegetables, but I didn't know how to use that to help others. You told me to keep doing what I liked and that has really opened doors for me to do what I'm doing now. Thank you." Hearing his words, Nagisa recognized who the young man was. She was surprised and pleased that her talk from ten years before was able to make a difference in this young man's life. 1 Nagisa was 24 a high school teacher. 2 afraid of public speaking. 3 scared of living abroad. 4 a doctor in Zimbabwe. 4 2 One thing Nagisa told Mr. Tamai's students was why she chose to work in Zimbabwe. how she learned a new language. 3 when she went to a high school in Africa. 4 what she did to impress local people. 3 One of the students said he wanted G (2) (3 to be a kind nurse like Nagisa. to teach Japanese culture in Africa. to open doors for other people. to help people overseas. 26 3 25 4 Ten years after her talk, Nagisa 27 made an appointment to meet one of her old friends in Africa. 2 became a farmer and taught local people how to grow vegetables. met one of Mr. Tamai's students again. 4 4 gave a small talk in her high school again.

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英語 高校生

この文章の4行目にある、because they would harm whatever bacterial life forms might be present on the planet の文構造についてなのですが、might の前にあるはずの関係代名詞の主格whi... 続きを読む

次の文章を読んで、 問1~4に答えなさい。 The establishment of a colony on Mars has been a dream for decades. Inevitably some people have objected to the idea of colonizing Mars on both ideological and practical grounds. Some object to humans living on Mars because they would harm whatever bacterial life forms might be present on the planet. Others oppose Mars settlements because they disagree with the idea of using the Red Planet as a "backup" in case the Earth is destroyed. Those in favor of colonizing Mars, however, look to spread the human race beyond our single planet. The practical considerations of surviving long term on a world without a breathable atmosphere, no surface water, exposure to radiation, and extremes of heat and cold all have to be addressed first. Mars colonists could survive in domed cities, extracting and recycling resources from the Martian environment. However, a more interesting plan for the settlement of the Red Planet involves a process called terraforming, turning the dangerous environ- ment of Mars into something resembling Earth. Billions of years ago, Mars was more like Earth, with a thick atmosphere as well as oceans and rivers of surface water. The planet may well have had complex life forms. However, sometime in the distant past, Mars lost its (A ). When Mars found itself without the protection of that field, solar wind relentlessly stripped it of its atmosphere, quickly turning the planet into the frozen desert it currently is. While a number of schemes exist to restore Mars' atmosphere, creating a runaway greenhouse process that would raise its temperature, NASA and some academic researchers recently came up with a simple way to achieve the process naturally. The idea involves the creation of an electromagnetic shield between Mars and the Sun to protect the Red Planet from solar wind. Without the solar wind stripping it away, the atmosphere of Mars would gradually become thicker. Soon the temperature on the Martian surface would become high enough to release the trapped ( B ) at the poles, accelerating the (C). Water ice at the poles would melt, giving Mars back some measure of its oceans and rivers. All humans would have to do is introduce

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