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英語 高校生

答え合わせと正しい解答をお願いします! Dの問題、全く分かりませんでした、、

Part1まとめの問題 (7) 私が空港に着いた時にはアンジェリカはすでにベルリンへ発っていた。 Angelica (has) airport. has already) ( Leff) for Berlin before I arrived at the (8) 出勤する時にこの手紙を出してくれませんか。 Would you ( (:be "senf) this letter when you go to work? 次の英文を[]内の指示に従って書き換えましょう。 (1) Kaori went to Paris and she isn't here now. [完了形を用いてほぼ同じ内容を表す文に] (2) The scientists carried out the experiment in 2022. 〔下線部を主語にした受動態に] The experiment was carried out by scientists in 2022 (3) You are tired after all that walking. [助動詞を使って話し手の確信のある推量に] (4) This is the book. I told you about it yesterday. [関係詞を用いて文に] This is the book which I told you about it yesterday. (5) The man made his daughter a wooden toy. [「誰に」 と相手を強調する文に] 次の各文の )に入る最も適切な語句を選択肢から1つ選びましょう。 (1) After the musical ( ), the audience began to leave the theater. have ended 2 end (2) Several guests at the restaurant complained about ( yesterday. 3 had ended 4 has been ended ) cold food having served ) can be the evidence of his crime. 3 who 4 where ①to be served 2 being served served (3) I cannot think of anything ( ①when 2 that (4) This ancient pine tree ( ) because of climate change. has death (5) The girl ( ①dance (6) Most of the items in this room are items ( how has dying 2 is dying 3 is died ) with John is Keily's sister. 2 dances ③3 dancing 4 danced ) I cannot do without. 4 those 2 what (7) This is the community center ( 2 when ①where ③ that ) I learned classical Japanese dance. 3 which 4 whom

未解決 回答数: 1
英語 高校生

この選択であっているのかそしてなぜほかの答えではダメなのか教えていただきたいです。

Education Text Completion Select the best answer to complete the text. Then choose the letter (A), (B), (C), or (D). Questions 9-12 refer to the following web page. Part 5 Incomplete Sentences Select the best answer to complete the sentence. Then choose the letter (A), (B), (C), or (D). 1. Before ------- Japan, all international students must get a student visa. (A) enter (B) entering (C) to enter (D) have entered ------- in psychology in university, but now he is an artist. 2. He A majored (A) hers (B) studied (B) she 3. Mr. Toda helped Cathy describe 4. It has been 15 years since I graduated (A) on (B) in 5. Library accounts are automatically created, so no ------- LVU Campus Tours The students of Las Vegas University are at the heart of the LVU experience, 9. tour our campus, meet LVU students, and have them guide you on a campus tour. You can enjoy a candid conversation with 10. students, ask them about classes, housing, Las Vegas, online student support, and more. 11. Doing this will hopefully give you the best idea of what LVU life would be like for you. The two-hour campus tour allows you to experience firsthand everything you need to know. Click here for your guided tour. (C) researched (D) took research plan. (C) her (D) herself ------- university. (C) at (D) from registration is 9. (A) so 10. (A) now (B) then (B) modern (C) initials (D) initialed 12. (C) also (C) latest (D) and (D) current necessary. (A) initially (B) initial 6. I'm happy to have this ------- to study with such great professors. (A) notice (B) benefit (C) factor 7. Statistics is a ------- class for second-year students. (A) require (B) required (C) requiring 8. The geologists plan to study the soil from the mountains Dopportunity (D) requires ------- Canberra. 11. A We will match you with a guide based on your interests and goals. (B) Feel free to ask about other universities found in the area. (C) Take the time to learn more about the city of Las Vegas online. (D) Please let us know the kind of person you were in high school. 12. (A) arrange (B) to arrange Carranging (D) arrangement (A) out (B) next (C) onto (D) around

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物理 高校生

物理基礎の質問です 図aでは運動方程式、図bでは力のつりあいの式を立ててますが、なぜ運動方程式の物体Bについての式ではma=T-mgでT=mg▶︎ma=mg-mg▶︎ma=0にならないんですか? T=mgでつりあってるんじゃないんですか?

mのおもりBをつるした。 物 体Aと斜面との静止摩擦係数 μo, 動摩擦係数をμとして,次の問いに答えよ。 m B (1) 0 0 つまり板を水平としたとき, Bは下降した。 その加 速度の大きさを求めよ。 (2)001 のとき,Aが斜面下方へすべり始めた 。 M を求めよ。 (3)001のときのBの上昇加速度の大きさを求めよ。 「解説 (1) 図a で, 糸は軽いので, 両端の張力Tは等しい。 Aは「もうすべっている」 (p.41)ので, 動摩擦力μNを受ける。 〈運動方程式の立て方> (p.56)で. STEP Aは右向き, Bは下向きの 同じ大きさの加速度をもつ。 STER 2 図のように軸を立てる。 STEP 3 Aについて、 A μN a1 : 運動方程式: Ma1= +T-μN...... ① v : 力のつり合いの式: N = Mg... ② Bについて X: 運動方程式 ma」= +mg-T ③ ①+③より, N YA -X B 必ず 等しい Mg a₁ mg Tを消すためのおき, (M+m)a = mgμN まりの式変形♪ ②を代入して,aについて解くと, m-μM a₁ g 答 M+m 図 a 1 と同じ向きの力は 正, 逆向きの力は負 →ナットクイメージ m→∞にもっていくと, ag つまり, Bの自由落下に近づく 第5章 運動方程式 | 59

未解決 回答数: 1