黄色いマーカーのところについて。 asの倒置が起こってると説明が書かれていたのですが、元の文に直すとどうなりますか？

plainly Dreaming is a universal phenomenon, though much of what we dream may be forgotten, and some few persons are able only rarely to remember their dreams on waking. The dream represents mental activity during sleep. For this reason the workings of the unconscious mind can be more p 5 seen here than anywhere else. Ordinarily the thoughts and wishes of the unconscious mind are unknown to us, though it contains the source of creative and instinctive energy. As the oldest part of the concept-forming apparatus, it makes liberal use of such primitive methods of representation as symbolism. In a very general way, the unconscious mind of present-day man may be 10 compared to the conscious mind of the caveman, and dreams often remind us of the picture writing of the caveman, where a relatively few simple pictures used as symbols told a detailed story of events. In addition, it is the function of a dream to express a wish, but since the wishes of the unconscious are often highly instinctive in nature, they would be 15 as disturbing to most modern persons as would the acts of a caveman in present-day society. Therefore, most dreams are disguised enough to conceal their true meaning from the dreamer. This is accomplished through the intervention of the conscience, a much more recently developed function of the brain. In psychoanalysis an effort to get the true meaning of the dream is 20 made by having the dreamer give all his thoughts and feelings about every element of the dream. These are then pieced together by the analyst, who uses his knowledge of the life history of the individual as a reference point. By this means, unconscious thoughts and wishes, as well as long-forgotten experiences, can be revealed so as to give the dreamer a much more complete understand- 25 ing of himself. Passage 35 Psychoanalysis ー語句と構文- 13. on waking = /17. As the oldest part of the concept-forming apparatus, it makes = それは概念を形成するための装置一式の中の一番古い部品と ・・・ 訳) / L.9. may be compared to 〜 = 〜になぞらえるこ 272 - ( CLOSE ときに目く とし 16 1027 性質を るだろ ある。 見た BO 17 わ

4行目のresearchにかかっているshowingって分詞ですか？

です) that 4 反 ひ 1 1 (If you're one of the third of all Americans [who suffer from insomnia]) (roughly) 108 million of us put away your sleeping pills. 2 Science has a V V 0- V the third ~ Americansの同格 much safer solution. 3 "There has been more and more research (in the last V S' decade) [showing exercise can reduce insomnia]," Rush University clinical psychologist Kelly Glazer Baron said. 4“(In one study [we did Φ]), (for example), older women [suffering from insomnia] S improved (from poor to good) (when they exercised) energy and were less depressed." (v) V nl said〈their sleep os exercised)). 5 They had more S 0 訳 もしあなたが, 全アメリカ人の3分の1, つまりおよそ1億800万人のアメリカ人 がかかっている不眠症患者の1人なら, 睡眠薬を捨てなさい。科学には、はるかに安全な 解決策がある。 ｢ここ10年間で, 運動によって不眠症が軽減され得ることを示す研究がど んどん出てきました」 と, ラッシュ大学の臨床心理学者ケリー・グレーザー・バロンは述 NOTOILE HAAMINO べた。 「例えば私たちが行ったある研究では, 不眠症の高齢女性たちが、 運動したらよく 眠れるようになったと述べています。 「活力が増して、落ち込んだ状態が軽減されたので vod viabls.pd vonl

これであっていますか？

(Ms. Yamauta is a teacher.) (She teaches us science.) ↓1文で同じ意味の英文へ Ms. Yamauta is a teacher teaching us science.

鎌田の理論化学の講義で気になったことなのですが、フッ化水素は1分子あたり水素原子1つ、非共有電子対3つで、水素原子と非共有電子対が同じ数ではないので、同じく水素結合をしているH2Oよりも沸点が低い。と書いてあったのですが、図の書き込みのように結合することはできないのですか？

フッ化水素 HF は, 1分子あたり水素原子1つ, 非共有電子対 ア NH3 は1分子あたり水素原子3つ, 非共有電子対1つです。 有電子対が同じ数ではないので, H2Oのようにこれらすべてをコ ことができません。 以下のように数の少ないほうを使いきると 結合ができません。 F- 8+ F-H. 8- 8+ H SHEAJRE JEUNS OF 18+ HF H H. 8+ CN-H H. HH H N H HUF J このように, H2O が HF や NH3 より沸点が高いのは、 水素結 これらを切断するのにより多くのエネルギーが必要となるから 入試攻略 への 必須問題 | 問1 14, 15 および 16族元素の水素化合物の沸点について 加に応じて上昇しているが, NH3, PH3 では-33℃と一 比較すると, CH4, SiH4 ではそれぞれ - 161℃, -112 HSでは100℃と60℃と逆に低下している。 その理由 2 アルミニウムの水素化合物 A1H3 は CH4, SiH4 と異な 体である。その理由を述べよ。

微生物は真核生物なのですか？？

問4が分かりません 解き方(式)を教えてください🙇‍♀️お願いします！

【実験】 ① 銅の粉末 0.60gを加熱して完全に酸化さ せ、得られた酸化銅の質量をはかった。 (2) 銅の粉末の質量を 1.20g, 1.80gにして, ①と同様のことをそれぞれ行った。 表 1 銅の粉末の質量(g) 得られた酸化銅の質量(g) 表2 マグネシウムの粉末の質量(g) 得られた酸化マグネシウムの質量(g) ③銅の粉末のかわりにマグネシウムの粉末を用いて, ①,②と同様のことを行った。 0.60 問2 銅が酸化されて黒色の酸化銅ができる反応を、化学反応式で表しなさい。 20.75 0.60 1.00 1.20 1.50 1.20 2.00 1.80 2.25 問1 マグネシウムを加熱すると、激しく熱や光を出しながら酸素と化合する。 このように、熱や光を出しなが ら激しく進む酸化を何というか,書きなさい。 1.80 3.00 問4 銅の粉末 2.20gを完全に酸化させたとき, 得られる酸化銅の質量は何gになるか, 求めなさい。 問3 同じ質量の銅とマグネシウムを完全に酸化させたとき,銅に結びつく酸素の質量とマグネシウムに結びつ く酸素の質量の比は一定であることがわかった。 その比を最も簡単な整数比で書きなさい。

これの解き方(式)を教えてください🙇‍♀️

③ 酸化銅 6.4g を試験管に入れ､さらにその中に炭素粉末を1.0g入れてからよく混ぜ十分に加熱した。試験管 内に残った物質の質量は何gになるか。

英作文です！ species of　の形なんですけど、 「speciesは単複同形であり、speciesが単数を表す場合はofのあとに可算名詞の無冠詞単数形が、複数を表す場合はofのあとに可算名詞の無冠詞複数形(または単数形)がくる」 ってどういうことですか！？！？ a n... Read More

現在知られている昆虫の種数は百万種を超え,これは既知の全生物(菌類や植物, ほかの動物な ど) の半数以上を占める。とくに陸上環境に関しては、 昆虫が圧倒的多数を占めるといってよい。 just unbusungpecies (1) しかも,百万種というのはあくまで既知の種数で、まだまだ多くの名前のついていない種や 未発見の種が残されている。 研究者によって見解が異なるが,少なくとも既知の二~五倍の種数 が実際には生息していると考えられている。 また個体数も多く、 ある熱帯地域の調査では, アリだけの生物量(バイオマス=そこに住んでい せきつい はちゅうるい る に凌駕することがわかっている。 りょうが ちなみに日本だけでも三万数千種の昆虫が知られており、実際にはその約同数かそれ以上の未 知種が残されているとされている。 (2)だから 「新種発見」というのは、すごいようで, それ自体あ まり大したことではない。 「難しいのは, それが本当に新種であるかどうかを科学的に判定するこ とである。 Science 陸上の全脊椎動物(哺乳類や両生類、爬虫類など)の生物量をはるか 全個体を集めた重さ)で、 (1) S しかも... besides (丸山宗利 『昆虫はすごい』より。 一部省略あり) only show the Desides, "those that are already one million species to the jure number of know, and species, there are a lot of lefe unknown species and undiscovered spectes still many more species that have not been, named or discoverd yet la that have yet to be hamed or discoverd. athe discovery of of insects (2) So discovering new species" Seen's to be wonderful, but itself ficance. It is difficult to judge scientically whether they are really new species or not. its really a new species may first pare inven scientifically determine

なぜ、答えが 『エ』ではなく 『ウ』になるのか 教えてほしいです🙇‍♀️

次の英文を読んで、問1~問5に答えなさい。 *印のついている語句には,本文のあとに〔注〕があります。(10分) A 1901, the Nobel Prize has *honored men and women from all over the world for great work in science, writing, and peace. The Nobel Prize is an *award that was started in Sweden. The name Nobel Prize comes from a Swedish scientist, Alfred Nobel, who made more than 350 *inventions. In 1895, a year betore he died. he set up the award. Many people think the Nobel Prize is the greatest award a person can receive. Twenty two people from Japan have received the Nobel Prize. Recently, awards were given to three scientists from Japan in 2014 (for their work in science. These three scientists, Isamu Akasaki, Hiroshi Amano, and Shuji Nakamura, made a bright blue *LED in the 1990s. All three colors are needed to make a white LED. White LEDs are bright, last for a long time, and don't use much *energy. Because of this, white LEDs are becoming more and more popular. They are B than fluorescent lights or *incandescent lights, but people can use them for a longer time. People can use LEDs for about 100,000 hours. That is 10 times as long as people can use fluorescent lights and 100 times as long as people can use incandescent lights. (2 Perhaps you are thinking that these scientists are cleverer than you. Their invention is really special, but they are people just like you. (3) People said that they could not do it. They had to make their own *equipment for their work. they tried more than a thousand times, they still were not able to make a blue LED. But they never gave up and finally they did it. Perhaps one day, if you work hard, you will get the Nobel Prize, too. Nobel Prize ノーベル賞 award LED I'I ・発光ダイオード 蛍光灯 機器 ……………. fluorescent equipment 〜をたたえる 発明品 honor invention energy I: incandescent 白熱灯 .…....

なぜ、答えが『ウ』 ではなく『イ』なのか 教えてほしいです🙇‍♀️

次の英文を読んで、問1~問5に答えなさい。 *印のついている語句には,本文のあとに〔注〕があります。(10分) A 1901, the Nobel Prize has *honored men and women from all over the world for great work in science, writing, and peace. The Nobel Prize is an *award that was started in Sweden. The name Nobel Prize comes from a Swedish scientist, Alfred Nobel, who made more than 350 *inventions. In 1895, a year betore he died. he set up the award. Many people think the Nobel Prize is the greatest award a person can receive. Twenty two people from Japan have received the Nobel Prize. Recently, awards were given to three scientists from Japan in 2014 (for their work in science. These three scientists, Isamu Akasaki, Hiroshi Amano, and Shuji Nakamura, made a bright blue *LED in the 1990s. All three colors are needed to make a white LED. White LEDs are bright, last for a long time, and don't use much *energy. Because of this, white LEDs are becoming more and more popular. They are B than fluorescent lights or *incandescent lights, but people can use them for a longer time. People can use LEDs for about 100,000 hours. That is 10 times as long as people can use fluorescent lights and 100 times as long as people can use incandescent lights. (2 Perhaps you are thinking that these scientists are cleverer than you. Their invention is really special, but they are people just like you. (3) People said that they could not do it. They had to make their own *equipment for their work. they tried more than a thousand times, they still were not able to make a blue LED. But they never gave up and finally they did it. Perhaps one day, if you work hard, you will get the Nobel Prize, too. Nobel Prize ノーベル賞 award LED I'I ・発光ダイオード 蛍光灯 機器 ……………. fluorescent equipment 〜をたたえる 発明品 honor invention energy I: incandescent 白熱灯 .…....