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English Senior High

(2)①studying (5)③regards (8)①came to realize (12)②to whom という答えになるのですが、どうしてそうなるか、なぜほかの回答がだめなのか解説お願いします!

1 空所に入る適語を選びなさい。 (1) Jennifer ( ) her own work experience in India. Dspoke for ②told ③talked about ④said ) abroad next year. studying in to study 4to study in (2) It might be wise of you to avoid ( Dstudying (3) He made an effort to become a professional golfer, but he made ( ) progress. ⑪little 2a little ③few ④a few (4) It seemed ( ) for us to finish the task by the next day. Dincapable ②unable (5) Don't forget to give my best ( Dreward @regar regard ③impossible terrible ) to your parents when you go back home. ③regards (6) I( ) money from my friend last week. Dlent ②sent ③rented (7) I was so tired that it was really hard to stay ( ⑪wake ②awake ③woken Drewarding borrowed ) in class. ④waking ((8) After a cup of coffee, I ( ) what his message really meant. Dcame to realize came realizing ④became to realize 3became realizing (9) Mary quarreled with her father a week ago. She is now barely ( ) with him. Don bad conditions Bin familiar relation ②on speaking terms on good feelings ) the dishes after dinner. 4to wash (10) Because my mother was sick in bed, she had me ( wash ②washed ③have washed (11) Fleming's discovery of penicillin, for ( ) he was awarded the Nobel Prize, had a major influence on the lives of people in the 20th century. Dthat ②what ③which whom ) I introduced delicious yakitori. ④whom (12) I stayed one more week with my friends from Italy, ( Qwho ) involved in the accident is my neighbor. Dof whom ②to whom (13) One of the girls ( who was ②whoever were whose were (14) You have to do ( ) you have to do. what ②that ③which ④how ④whomever was

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English Senior High

英検準一級の要約問題です。 添削していただけないでしょうか?🙇‍♀️

英検公式サンプル問題 ⚫ Instructions: Read the article below and summarize it in your own words as far as possible in English. ⚫ Suggested length: 60-70 words Write your summary in the space provided on your answer sheet. Any writing outside the space will not be graded. From the 1980s to the early 2000s, many national museums in Britain were charging their visitors entrance fees. The newly elected government, however, was supportive of the arts. It introduced a landmark policy to provide financial aid to museums so that they would drop their entrance fees. As a result, entrance to many national museums, including the Natural History Museum, became free of charge. Supporters of the policy said that as it would widen access to national museums, it would have significant benefits. People, regardless of their education or income, would have the opportunity to experience the large collections of artworks in museums and learn about the country's cultural history. Although surveys indicated that visitors to national museums that became free increased by an average of 70 percent after the policy's introduction, critics claimed the policy was not completely successful. This increase, they say, mostly consisted of the same people visiting museums many times. Additionally, some independent museums with entrance fees said the policy negatively affected them. Their visitor numbers decreased because people were visiting national museums to avoid paying fees, causing the independent museums to struggle financially.

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Physics Senior High

物理 原子分野です (3) 解説に 反応前の全エネルギーと 反応で発生したエネルギー(解放されたエネルギー)の和が ヘリウムと 中性子のエネルギーの和となっています なぜこうなるのでしょうか 元々、水素2つのエネルギーがあって、そこから、水素、中性子、解放されたエネルギー ... Read More

104 (2) 陽電子は正の電荷をもち、その質量は電子の質量に等しい。静止し ている陽電子と電子が結合し,陽電子と電子は消滅し,エネルギーの 等しい2個の光子が発生した。この光子1個のエネルギーは [MeV〕 である。 ただし, 1MeV=10°eVである。 原子 105 V (2) 衝突後のヘリウム3原子核の速さVと中性子の速さの比では (2)である。 [MeV] である。 や (3) 中性子の運動エネルギーは (3) (立教大) 153 超高温において, リチウムの同位核1個と重水素の原子核(質量数2) 1個が結合して,2個のヘリウムの原子核 (質量数4) を構成する。 中性 子の質量は 1.0087 [u] 陽子の質量は1.0073 〔u〕, リチウムの同位核1 個の質量は 6.0135〔u] 重水素の原子核1個の質量は2.0136〔u〕,ヘリ ウムの原子核1個の質量は4.0015〔u〕とし, 1 [u] は 931 〔MeV〕に相当す る。 重水素にも陽子と中性子の質量欠損ある (a) 重水素原子核の質量欠損は(1) [u] で, 結合エネルギーは (2) [MeV]である。 (b) 上の反応は次の核反応式で表される。 (3) Li+ KH → (6) X He (5) (7) (c)この反応で失われた質量は (8) | [u] である。 答えは小数点以下 第4位まで求めよ。 (d) この反応で (9) [MeV〕 のエネルギーが放出される。 答えは有効 数字3桁で求めよ。 (東海大) 154" 等しい運動エネルギー 0.26 MeVをもつ2個の重水素原子核Hが 正面衝突して, ヘリウム原子核Heと中性子 in が生成される。これ は核融合反応と呼ばれ、次の反応式で表される。 {H+H→He+ in ただし、中性子,重水素原子核, ヘリウム3原子核の質量は,原子質 量単位で表すと, それぞれ 1,0087 u. 2.0136u. 3,0150uである。 ここで1u=1.7×10kg 1MeV=1.6×10 'J. 光速e=3.0×10m/s とする。 (1) 質量を失うことによって生じたエネルギーは (1) (MeV)である。 (日本)

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