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英語 高校生

このような関係詞の問題で使われる所有格と目的格の違いを教えてほしいです。主語は理解してます!

Exercises 1 日本語に合うように,( )内から適切なほうを選びなさい。 A 1) 車のそばに立っている男の人を知っていますか。 Lesson 18 Do you know the man (who which) is standing by the car? (2) 彼女は昨日、英語で書かれた手紙を受け取りました。 She received a letter (who/which) was written in English yesterday. 3) 私はこの歌を歌っているミュージシャンが好きです。 I like the musician (who/which sings this song. ② 各文の適切な位置に who, which, whom のいずれかを入れて,全文を書きなさい。 1) will show you a strange stone I picked up near the river. AB I will show you a strange stone which I picked up near the river.... The boy is smiling on the bed is her son. The boy Witude smiling on the bel is her son. The book boy is reading is very difficult. The book which boy techoistealing is very difficult. The singer I like very much is going to come to Japan next month. The singer Inlike very much who going to come to Japan next month... whome 3 日本語に合うように,( )に適切な関係代名詞を入れなさい。 ただし, 省略できる場合は×を 書きなさい。 ABC スピーチをしている男の人はキムラさんです。 The man who is making a speech is Mr. Kimura. これが姉の使っているパソコンです。 This is the computer (witch) my sister uses. 私がオーストラリアで会った人たちは親切でした。 The people (whomeX I met in Australia were kind. これはタマという名前の猫です。 This is the cat (which) name is Tama. whose 4 日本語に合うように, ()内の語句を並べかえて英文を完成させなさい。 ABC (1) これは20年前に建てられた家です。 This is (which / built/ago/ahouse/ twenty years / was). ...... This is here (hich was built twenty years age). 2 彼女が手に持っている花はとても美しいです。 →the flowers which hasi her hands her hands/which/in/has / the flowers / she) are very beautiful. She has the flowas which is her hands. 3)長い耳をした犬は私の犬です。 (long / ears / the dog / are / whose) is mine. The sbg whose are long ears. dog. are very beautiful. is mine. 関係詞 1

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物理 高校生

最後の(ト)の問題がわかりません 教えてください!🙇‍♂️

問題 . 以下の設問の解答のみを所定の解答欄に記入せよ。 (A) 図1のように,水平な床上に振動数の音を発する音源1と音源2が置かれ ている。 床に沿って水平右向きに軸をとる。 音源は静止しており,音源2 はx軸正の方向に速さんで動いている。一方, 音源1と音源2の間にいる軸 上の観測者は、軸正の方向に速さで動いている。 音速をV とし,風はなく, V6 > a であるとする。 音源1 図 1 音源2 M →C 芝浦工業大 問題 1 されており、ヒーターの体積と熱容量は無視できる。 また、シリンダー内の熱が ヒーターを通して外部に漏れることはない。 気体定数をRとする。 ヒーター AB L 図2 M 冷却器 (イ)観測者が観測した音源2からの音の振動数を求めよ。 (ロ)観測者は動き続けたまま, 音源2は点Aに到達すると停止し,十分に時間が 経過した。 その後観測者が点Aに到達するまでの間に観測する単位時間あたり のうなりの回数を求めよ。 なお、 観測者と点Aの距離は十分に長く、観測中に 観測者が点Aに到達することはないものとする。 にあるとき、以下の (B) 図2のように、断面積 S, 全長 L のシリンダーの片側の壁にヒーターが取り 付けられており,他方の壁の中央には冷却器が壁と隙間を開けることなく取り付 けられ、壁となめらかに接続されている。 そして、シリンダーの中には両端の壁 の間をなめらかに動く質量 M, 厚さ 1/3のピストンがシリンダーと隙間を開け ることなく取り付けられており,シリンダー内部はピストンによって2つの空間 に分かれている。2つの空間それぞれに物質量1molの単原子分子の理想気体を 密封し,ピストンのA側をヒーターのある壁からの位置で静止させたとこ ろ,2つの空間の気体の圧力と温度は同一であった。このときの温度をTとす る。ヒーターに電流を流したところ、ピストンはゆっくりとなめらかに動き出し た。ピストンB側の空間の気体は冷却器によって温度がTに保たれている。そ して、ヒーターによる加熱をやめたところピストンは停止し, ヒーターのある壁 からピストンのA側までの距離はLであった。ピストンとシリンダーは断熱 (ハ) ヒーターに電流を流す前と, 加熱をやめてピストンが停止した後で, ピスト ンのA側の空間の気体の内部エネルギーの増加を求めよ。 (二)ヒーターから気体に与えられた熱量をQとしたとき,ピストンが動き始め てから止まるまでに冷却器が気体から奪った熱量を求めよ。 J 大 次に、冷却器を外してストッパーを設置し, シリンダーからピストンが抜けな いようにした。 そしてゆっくりとシリンダーの向きを変え、図3のようにシリン ダーの中心軸を鉛直線と平行にする。 ピストンはゆっくりとなめらかに動き, ピ ストンのA側はシリンダーの上底からLの位置で静止した。このときのピス トンのA側の気体の温度は T。 であった。 この状態を状態I とする。 T

未解決 回答数: 1
英語 高校生

至急です。試験範囲なので教えてください🙏🙏

第1章 □ 13. My best friend and I ( ) each other since we were five. (神奈川大) ④knowing ①have known 2 know 3 knew 24. If it ( ) on Thursday, we will not go to the beach. (西南学院大) ids ①rains would rain ③rained has been rained 14. My friend from Africa ( ) snow until he came to Japan. (日本大) ago. ①has not seen 3 had never seen Joq was never seeing will have seen al ofie S 25. I don't know if our teacher ( ①camera ②come ien ( ) back next week.d( 3comes (東北薬科大) 4 will come gablem at 時制 15. When Mary was introduced to Mrs. Smith, she realized she ( ) her before. elids ③will meet was meeting 3 Dis meeting □ 16. At the end of next month, we ( ) here for three years. had met (東海大) ①leave 3. (this stone adoleft 30 (立命館大) 27. I wonder when he ( ①come ) next. ①have lived live ③will have lived will live betes 26. Turn off the lights when you (br) the room. ( ③will leave cause it ) yded ed Oleaving D (日本大) smod v②coming (nedloqa had come \I\e will come (日本大) ☐ 4.1 was nger in the shopping mall. Dspoken by 17. I really must go and see the dentist. One of my teeth ( ) for weeks. @being spoken Dached 2aches 3 has been aching is aching 18. I ( ) my homework for an hour when my mother came home. (大阪経済法科大) gile@ Dam doing 2 was doing 3 have been doing had been doing (共立女子大) D gaiblod od lliw bled ad lliw blod Hiw 9 ) noitools Intone A 20 Baiblod ai① 5. The room should ( Obe kept ) clean at all times @batept) bear of seeded over Y are gnitisqet need asdⓇ gairinger ai 6. When I came other hat the 東北福祉大) s building Obeing built .89mit in1976e 19. She ( ) in the accounting department for 10 years by the end of next month. ①has worked gatiog me 7. Michael ( ③3 will have been working has been working is working (国士舘大) gnibrawe need asd go ) 1015xib adf to bebrown ead bbw gingle Player three wensed and @has selected has been selecting trode) 1.8 810 Writing 20. When I woke up this morning, I decided I ( ) to get in shape. 杏林大) )vedT 8. C ①want ②wanted 3 will want 4 had wanted sqft 18beads ( 最頻出の項目を、もう一度書いて覚えよう。 ) awon ai dtime.eM nd that ☐ 1. I got your letter last week. I'm sorry (didn't / haven't/back/I/ written). boiling 21. Yesterday in science class, I learned that water ( ) at 100°C. ①was boiling 3 boils (大谷大) (1語不要) (武蔵大) 4 boil ☐ 2. (began / begun / the class / already / had) when I arrived. (1) 22. I will ask him about it as soon as he () back. ⑪come 2 comes bib@ ③will come (国士舘大) wen & Jdgood o 4 would have come (国士舘大) bassaid □ 3. もし天気 (the weather) が良ければ, 私たちは明日泳ぎに行く。 (1語不要) (防衛医科大) 23. I'll be back before it ( Drain ). ②rains wad nodw exey evil Tol nobno ni ( 3 will rain 4would rain ed (立命館大) We (the swimming / weather / will/be/is/tomorrow/go/if) fine. 6

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英語 高校生

英語の長文です。 文法表現のあるところが知りたいです。 よろしくお願いします。

UNIT 1 5 Reading Passage 10 15 20 20 25 Listening There are more than 37,000 known species of spiders in the world in a wide variety of shape's and sizes! The largest spiders in the world live in the rain forests of South America and are known by the people who live there as the "bird-eating spiders." These spiders can grow up to 28 centimeters in length- about the size of a dinner plate, and, as their name suggests, have been known to eat small birds. In comparison, the smallest species of spider in the world is native to Western Samoa. These tiny spiders are less than half a millimeter long — about the size of a period on this page and live in plants that grow on mountain rocks. - Some people like to keep spiders as pets, particularly tarantulas, which are native to North America and can live for up to twenty-five years, Most people, on the other hand, do not like touching spiders, and a significant number of people are afraid of them, mainly because of their poison. However, despite their bad reputation, only thirty of the 37,000 known species of spiders are deadly to humans. Spiders actually provide benefits to humans, by catching and eating harmful insects such as flies and mosquitoes. - - The main thing that makes spiders different from other animals is that they spin web's to catch the small insects they feed on. The unique silk of a spider's web is produced by special organs found spider web is five times in the lower part of the spider's body. It is light, elastic, and strong stronger than steel. Additionally, it is completely biodegradable. This means that the web will making it perfect for uses completely decompose¹ and eventually return to nature over time such as making fishing nets. Some people have tried to raise spiders commercially in order to collect the silk these spiders produce, but no one has ever really managed to make a go of it. One reason why these businesses never stand a chance is because it takes 670,000 spiders to produce half a kilogram of silk, and all of these spiders need living insects for their food. In addition, spiders are usually solitary² animals, and need to be kept alone. Researchers at an American company working together with two U.S. universities may have found a solution to making artificial spider web. Using genetically modified silkworms,³ the company hopes that in the long run it will be able to make large quantities of very light, very strong fiber for medical as well as other uses. Additionally, because the manufacture of the artificial web is from living silkworms, the industry potentially would be non-polluting and less harmful to the environment

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化学 高校生

(2)から(4)まで解き方がわからないです。 画像中の解説では理解が出来なかったので分かりやすく教えて頂けると幸いです。お願いします!!

APINGAT STIMULO, HUG 例題 ⑤ 電離度と濃度 5 0.10mol/Lの酢酸水溶液がある。電離度を0.010として次の(1)~(4) の濃度を求めよ。(金) (1) 水素イオン濃度[H+] (2) 酢酸イオン濃度[CH3COO-] (4) 水酸化物イオン濃度[OH-] (3) 酢酸分子濃度[CH3COOH] |解説| cum CH3COOH - →H+ + CH3COOO (2) HOBK&Hしたと 酸c 0 OHN (6) 1つは 電離前 電離後 (1-α) (1) 「イオンはカモ電」を使う。 酢酸は1価の弱酸より, [H+] = 1 × 0.10 × 0.010 = 1.0 × 10-3mol/L (エ) よるの森 Hen(d) ca 1.0 × 10-14 [H+] 電離前 (オ)0年) (2) 酢酸の電離式は, CH3COOH CH3COO+H+だから, [H+]=[CH3COO-] となり [CH3COO-]=1×0.10×0.010=1.0×10-3mol/L/に近い (3) 電離せずに残った [CH3COOH] は, 初めの濃度から電離した分を引けばよい。 = 水 OeHold Dom (02.(s) D. CHICO C (I) < (RC) < (C) < (F) () <() () [H+][mol/L] = (価数) × (モル濃度) × (電離度)より,倍に濃くする。 0 えて薄め [CH3COOH]=0.10-0.10×0.010=0.10×(1-0.010)=9.9 × 102mol/L Ricmomo [H] (4) [OH-]は, 水のイオン積[H+][OH-]=1.0 × 10-14 (mol/L)2より、 toner [OH-]= CH3COOH 2+1 FORD 1.0 × 10-1400 = 1.0×10-11mol/L 1.0 × 103 ので 0.10 HOC 電離後 0.10(1-0.010 ) 解答 (1) [H+]=1.0×10-3mol/L XOHq ( na α = 0.010 COULD OOK 157~8-30+ OBA の味中 個円 (3) [CH3COOH] = 9.9 × 10-2mol/L LITOL LITOL, SIMOLEST (0) XH&m H+ CH3COOH 10:30 10倍濃くなり), pH=5-3=2 0 THE & 0 HUN 1 x 0.10 × 0.010 1 × 0.10 × 0.010 HO. (2) [CH3COO-] = 1.0 × 10-3mol/L Luty (SPC (4) [OH-]=1.0×10-11mol/L TEEKLINIKAH MARO

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生物 高校生

生物の食物連鎖とかの問題だと思うんですけど誰かわかる方いますか??? 英語すみません💦

hhmi Biolnteractive Some Animals Are More Equal than Others: Trophic Cascades and Keystone Species Mean Leaf Area per Plant Over 18 Months without beetle with beetle Leaf Area per Plant (cm²) Control Ecology 2400 2200 2000 1800 1600 1400 1200 1000 800 Experimental 0 T 2 www.BioInteractive.org 8 10 12 14 16 Months After Start of Experiment 4 6 Refer to the figure to answer questions 12 through 17. 12. For both the plots with the beetles added and the control plots, state the mean tree leaf area per plot that the scientists recorded after running the experiment for 18 months. The mean tree leaf area per plot that the Scientist recorded after running the experiment for 18 months wit the beetles added is 1.7m², S 2.2m² 13. Compare the trends in mean tree leaf area per plot for both the plots with the beetles added and the control plots over the 18 months of the experiment. The area of the control plat for thinoceros beetles has d has increased at a nearly constant rate, the other is a gradua decrease at first, then a sudden decrease, and finally a dradua 18 Figure 2. Mean leaf area per tree. Initial measurements were taken before (0 to 2 months) and after (7 to 18 months) beetles were added to 40 of 80 plants. The light gray round markers represent measurements taken of the control plots, to which beetles were not added. The black square markers represent measurements taken of the experimental plots, to which beetles were added. Measurements were made on all leaves to calculate the mean leaf area per plant. Error bars represent standard error of the mean. 14. Draw two diagrams that show the food chains for both the experimental and control plots. Include increase. interactions among predatory beetles (if present), ants, caterpillars, and piper plants. Revised January 2018 Page 4 of 5

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