歴史について調べていたのですが、こちらの画像のような屋根の綺麗な球面はどんな素材で出来ているのでしょうか？

ベルリン会議の問題点ってなんですか？

①と②のどちらかになるのはわかるのですが、inとofではどちらが正しくなるのでしょうか。よろしくお願いします。

11. In his presentation, the speaker mentioned the article ( about the Nakano Redevelopment Project are explained. 1 in which 2 of which (3) what (4) ) the details which

①と②のどちらかだと言うことは絞れたのですが、 inとofではどちらが正しいですか？

1 she that 11. In his presentation, the speaker mentioned the article ( about the Nakano Redevelopment Project are explained. 1 in which 2 of which ③3 what (4) ) the details which

硫酸銅水和物は何結合になりますか？

口分田の計算方法を教えてください。 よろしくお願いします。

戸妻妾妾 戸主 男 男 男 男 男 男 男 女 女女 肥君猪手 哥多奈売 宅蘇吉志橘売 黒売 肥君与呂志 肥君泥麻呂 肥君太哉 肥君乎麻呂 肥君久漏麻呂 肥君夜恵麻呂 肥君大建 肥君名代売 肥君志許夫売 肥君意止売 【口分田と税と計算問題】 年五十三歳 年五十二歳 年四十七歳 年四十二歳 年二十九歳 年二十七歳 年二十三歳 年十八歳 年十六歳 年十五歳 年十四歳 年二十三歳 年二十二歳 年十九歳 問1 この戸が支給される口分田の面積はどれだけか。 2 この戸が納入すべき租の量はどれだけか。 問3 この戸が納入すべき庸の布の長さはどれだけか。 女婦孫孫奴 男奴 弟奴 妹婢 妹婢 奴 婢 妹婢 奴 肥君乎志許夫売 肥君方名売 肥君遊麻呂 肥君弥豆麻呂 志麻 意富麻呂 比多司 尾豆売 宿古太売 牧夫 大豊売 小豊売 久我泥売 許牟麻呂 (133080) (1448束) ( 154R ) 年十七歳 年二十五歳 年五歳 年一歳 年二十六歳 年二歳 年十六歳 年二十九歳 年十四歳 年四歳 年六十三歳 年六十一歳 年十六歳 年一歳

穴埋め問題です。解説お願いします。

PART 6 Text Completion (長文穴埋め問題) (4問) 次の文の4つの空欄に一番適当と思われる答を ABCD) から選びなさい。 Text: Article 1. the property market. Nowadays, millennials are having a harder time There are several reasons for this. The first is that the average wage has not at the same rate that property prices have. Another reason is that more millennials are choosing to rent than own. This has created a generation marked by instability and ---- Because paying rent affects their ability to save for a home of their own, some millennials are choosing to remain in their parents' houses.. 3. 2. 1. (A) deciding (B) choosing (C) entering (D) revealing 4. 2. (A) rise (B) risen (C) rose (D) rising 3. (A) uncertainty (B) unconsciousness (C) unwillingness (D) unreasonableness 4. (A) Their parents' homes are already overcrowded, in fact. (B) Thus, they can never achieve true happiness. (C) Eventually, however the property market is expected to recover. (D) As a result, they are also putting off getting married and having children.

黄色線の部分の構造について教えてください。

℗ Almost 2,000 times more particle pollution is produced by *tyre wear than is pumped out of the exhausts of modern cars, tests have shown. The tyre particles pollute air, SJE water and soil and contain a wide range of toxic organic compounds, including known carcinogens, the analysts say, suggesting tyre pollution could rapidly become a major issue for regulators. 60 2 Air pollution causes millions of early deaths a year globally. The requirement for better filters has meant particle emissions from tailpipes in developed countries are now much lower in new cars, with those in Europe far below the legal limit. However, the increasing weight of cars means more particles are being thrown off by tyres as they wear on the road. The tests also revealed that tyres produce more than one trillion ultrafine particles for each *kilometre driven, meaning particles smaller than 23 *nanometres. These are also emitted from exhausts and are (2 ) special concern to health professionals, as their size means they can enter organs via the bloodstream. Particles below 23 nm are hard to measure and are not currently regulated in either the EU or US.

青印以降の構造が分からないです。どこがどこにかかっている(修飾されている)などを教えて頂きたいです。また、元の文に戻すとどうなりますか？？(カンマの挿入があるのでカンマを使わずに表した時にどうなるか知りたいです。)

Raks 1 Almost 2,000 times more particle pollution is produced by *tyre wear than is pumped out of the exhausts of modern cars, tests have shown. The tyre particles pollute air, water and soil and contain a wide range of toxic organic compounds, including known carcinogens, the analysts say, suggesting tyre pollution could rapidly become a major issue for regulators.

一文目の構造が分からないです。接続語が無いのに急に「,tests have shown.」と来てるのは何故ですか？

℗ Almost 2,000 times more particle pollution is produced by *tyre wear than is pumped out of the exhausts of modern cars, tests have shown. The tyre particles pollute air, UPNO MESSAGS water and soil and contain a wide range of toxic organic compounds, including known carcinogens, the analysts say, suggesting tyre pollution could rapidly become a major issue for regulators.