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英語 高校生

英単語教えて欲しいです。 間違えてるところあったら教えて欲しいのと、分からないところが沢山あるのでこの文章の中に書かれている単語で右の空欄教えて欲しいです。お願いします。

20 25 20 35 15 STEP 3 DEAR (1年7月改) 回 目標 IGG 登場人物の心情を想像しながら読み進めよう。 次の英文を読んで,あとの問いに答えよ。 取り組み日 A 日 得点 /18 目標時間 17分 tell Sara was annoyed/when her mom told her the news. from Japan/to live with her family//Their two-bedroom apartment/was(already crowded/ with her mom, dad and her.// While her mom was from Japan/Sara (7)/She knew only a few Japanese words. 5 Her mom told her about Sara's Grandpa)//He studied English (in college, but Sara and Grandpa had never spoken (in English.) When she went to Japan every summer, the most. they said to each other was "Ohayo" in Japanese. Grandpa didn't talk much. A month had passed since Grandpa moved in/With the new family member in her home, Sara spent more time alone in her room working on her favorite hobby drawing 10 comic strips./She hardly showed these drawings to anyone.) Her parents thought it was a waste of time. They hoped she would spend more time on her schoolwork.)// Sara had been working for months on a 16-page comic book about a teenage girl with magic powers. She hoped to enter it in a comic book contest the next month but was struggling with how to draw the hero with invisible magic powers// One afternoon, she got so frustrated that she crushed almost all the pages she had drawn and threw them in the wastebasket) She didn't know why but her eyes were full of tears. //Her Her grandfather was moving She grabbed her jacket and went into the living room. Grandpa was reading a book (on the sofa. She said, "Please tell my mom that I went for a walk. Grandpa said. “Itterasshai" to her but she walked out of the room. When she came home, Sara was still upset, but more disappointed. a comic book that she could hand in for the contest. del pr Then she saw her desk. Her drawings were put back on the desk//They were laid flat and attached with small sticky notes all over the pages.// Sara(1-0)Who had gone through her wastebasket? //This was her room.//No one came in without telling her.)// The handwriting on the sticky notes) was really easy to read//She (quickly) realized they were from Grandpa. 'here wouldn't be "Sara, you have a gift for art," the first note said. The second note was longer/"When 30 I was your age. I also wanted to be a comic artist."// The other notes gave to her face."Finally, someone understands my passion I Sara advice on improving her comic strips. Sara felt a smile coming to never imagined Grandpa would ()do that!" She started writing a card to Grandpa "Dear Grandpa /Thank you so much for your kind comments! I want to finish my comic book so I can enter it in the contest next month//Please be my advisor!/Love, Sara"// Grandpa was watching TV with her parents in the living room but looked at Sara/as she walked up to him.// Sara (1-2), so she handed him the card without a word. She wondered if Grandpa 40 would accept it. When he read the card, he smiled but did not say anything, either. Sara quickly went into her room. Her parents were wondering what had just happened. (1) She went straight back to the desk/and started working on her comic book //She only had a month. She couldn't wait to show Grandpa her next draft for more advice. (567W) 内 () ORIGINAL MATERIAL

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化学 高校生

分散コロイドの種類として疎水コロイドが存在する 疎水コロイドの部分集合が分散コロイド 言ってることあっますか?

(3) 分散コロイド その溶媒には本来は溶解しないような物質が,何らかの 原因で表面に電荷をもち,集まろうとする力を上回る反発 力のために分散したコロイドを分散コロイドといいます。 水酸化鉄(ⅢI) などの無機物質がコロイド粒子くらいの大きさになっています。 2水溶液中の安定性によるコロイドの分類の 分散媒が水のコロイド溶液を分類しましょう。 (1) 疎水コロイド hydrophobic colloid 水溶液中で不安定で水との親和性が弱いコロイドを疎水コロイドといいます。 これらはコロイドのもつ電荷による反発力によって水中に分散しています。 金属のコロイド, 水酸化鉄(ⅢI) Fe(OH)3 のコロイド, 硫黄Sのコロイドなど があります。 Koe 反発 Do H Do FeCl +3H2O 沸騰 無機物質のコロイ ドの多くは,疎水コ ロイドです 例えば、沸騰した水に塩化鉄(ⅢI) FeCls を加えると生じる 赤褐色の水酸化 鉄(ⅢI) Fe(OH)の疎水コロイドの表面は、正に帯電しています。 → Fe (OH)3 + 3HC1 酸性下で成長するので, Fe3+ と OH-の 電荷のバランスが崩れて, Fe3+ が過剰 で、表面が正に帯電したコロイドができ ます。 コロイドの組成式は便宜的に Fe (OH) とします 55 365 d ++)) 拡大 MOONIM HO Fes [OH 正の電荷 [Fe(OH)2]+ の部分 の親和性が強く水中で安定

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物理 高校生

高3物理です。③からの解き方を教えてください。

その2:楕円軌道においてA点での衛星の速さをVA, 地球 (焦点)からの距 離をra,同様にB点での衛星の速さと距離をVB, YB とおく。 A点とB点において力学的エネルギーは保存されている。つまり, 無限遠 1 Mm 1 / mv ² + (-6 mm) = = mv² + (-6 Mm) -G が成り立つ。また, ケプラーの第2法則 (面積速度一定の法則) から 1 A その3: 図のように地球を回る衛星 A,Bの軌道の中心を0, 0', 半長軸の長さ をa,b, 公転周期をT, To とするとケプラーの第3法則から以下の関係がある。 || でん 1 TAVA = 2 TBVB が成り立つ。 図のように楕円軌道からはみ出していてとても成り立たないように見えるが実際の速さは 10km/s の桁で軌道の大きさは 102~105km のオーダーなので十分な精度のある近似になっている。 地球 'B Tro 「B The Moon kR 地球 A ave b ・QR- 1.B B "B B Bro B 【達成すべき目標】 ① 第1宇宙速度vo をg, R で表し数値計算せよ。 ②静止衛星軌道の半径rをg, R, Te,πで表し数値計算せよ。 また, それが地球の半径Rの何倍になるかkRのkを 求めよ。 ただしは地球の自転周期である。以下の問題ではここで求めた kRを使うと式が簡単になる。こ 6.6R こで,重力加速度の大きさは 9.8m/s2, 地球の半径を6.4×10m とする。 R ③A点での速さを av (第1宇宙速度のα倍) にしたとき, 静止衛星はB点を通る楕円軌道に入ったとする。 αの値を求めよ。 ④楕円軌道上の衛星がB点に達したときの速さはvになっている。 βの値を求めよ。 AB ⑤ケプラーの法則を使って、 静止衛星がA点からB点に達するまでの時間 taBをg, R, πで表し数値計算せよ。 これにより, 日本が楕円軌道の長軸上に達する tag 前に衛星を加速させればよい。 ⑥目標の静止衛星の円軌道に入るためにB点での速さを yue に加速する必要がある。 yの値を求めよ。 ⑦ そもそもなぜ静止衛星軌道が存在するのか。 地球の自転と同じ周期Tで回ればよい。 この疑問にケプラー の法則を使って反論せよ。

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英語 高校生

この問題の答えを教えてください🙇 Elixir3三訂版です。

26 29 27 28 UNIT 5 不定詞 ① Reading 44 Grammar & Expression Writing /28 (268 words) 18 Arda Tur 8 宇宙エレベーター (イメージ) Cross Reference 12 Listening 8 Reading 29.08 People have always been fascinated by the stars. In the late 1950s, we began using 929 916 Jeriw blb rockets to explore space. Today, rockets remain the only method for space travel. However, some scientists and companies are discussing other ways to travel into space. They are even suggesting that it may be possible to build a space elevator. Such an elevator would be ideal to take people or equipment to a satellite in Earth's vs m orbit, the moon, or even Mars. They believe it would be expensive to build, but cheap oved) snosili saporio of bedes bi 2515JmT: 63 to operate. It would be 3,000 times cheaper than rocket travel, and it would also be Jodm Tolvo Station and Tokyo Joy trw 59728 safer. These are all positive reasons for trying to construct a space elevator. Obayashi Corporation is a Japanese company that built Tokyo Skytree, and improved the Golden Gate Bridge in America to protect it against 10 earthquakes. It has now promised to make a space elevator, which will allow people itsetovnoj anti mon doiniqo ono ar jedW (1) to go to a space station. Currently, the firm is researching the materials and costs. in einbiguier Obayashi Corporation wants to complete its project by 2050. Insoningie pig sabi gdT Most experts say that such a space elevator is not realistic. They also say it biq SILP 10 would be too would be too expensive. Other experts, however, think that a space elevator will be 15 built one day. It may all depend on human imagination and ambition. In fact, when in 1961 President John F. Kennedy announced the dramatic and ambitious goal to send an American rocket to the moon, many people doubted it could be done. But his goal was achieved in July, 1969, when the astronaut Neil Armstrong stepped onto the Moon's surface. ange Total ⑨25分 0:40 大意把握 SW.Y 問1 次は ア. イ. ウ I 問2 20 E て 19

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