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English Junior High

これの答えがないためだれか答えを教えてください‼️‼️よろしくお願いします🙇🏻‍♀️‪💧

[B] The Threat of Tourism As air travel gets cheaper, more and more people are visiting famous sites around the world. Although this increase in tourism brings economic benefits to the areas around these sites, tourists also cause unexpected problems. In particular, some famous works of art are being affected. This is because people's breath increases carbon dioxide and humidity levels. Gradually, these levels damage, old paintings and other works of art. One famous site facing this problem is the Sistine Chapel in the Vatican in Rome. The 500-year-old paintings, especially the famous ceiling by Michelangelo, are so popular that as many as 2,000 people may be viewing them at a time. In 1994, after noticing that the visitors' breath was damaging the paintings, the Vatican purchased an expensive air-conditioning system to protect them. However, the crowds continued to increase, so in 2014, the Vatican decided to limit the number of visitors to about 6 million a year. Another site that faces a similar problem is the Mogao Caves in Dunhuang, China. These caves are full of beautiful Buddhist paintings and sculptures that attract thousands of visitors every year. Many of the artworks are very old and, as with the Sistine Chapel, the carbon dioxide in the breath of visitors is gradually damaging them. Originally, 40 of the 400 caves were open to visitors, but this number was reduced by half in 2014. In addition, the number of visitors allowed into the caves has been greatly reduced. A different solution is being tried in the Ajanta Caves in Maharashtra, India. The caves also have many ancient Buddhist paintings in them, and these too are being damaged. In order to protect the paintings, visitors are quickly rushed through the caves. However, many visitors complained about the short time, saying they could not look at the paintings properly, so the local government built a visitors' center with exact copies of the caves. Visitors are allowed to study these copies for as long as they like. The local government hopes this will provide a good balance between protecting the paintings and giving tourists a good experience. (30) As the number of tourists increases, 1 unexpected economic problems occur among people living around famous sites. 2 the carbon dioxide and humidity in their breath harm the things they go to see. 3 air pollution caused by the carbon dioxide from airplanes increases. 4 people have trouble breathing because of the high levels of humidity. (31) In 1994, the Vatican 1 allowed only 2,000 tourists to look at its paintings by Michelangelo. 2 invited 6 million visitors to see its 500-year-old wall paintings on one day. 3 installed an air-conditioning system in order to make visitors more comfortable. 4 tried to reduce damage to its paintings by buying an air- conditioning system. (32) What is one thing that has been done to protect the Buddhist artworks in Dunhuang? 1 More of the Mogao Caves have been closed to visitors. 2016年度第2回 新試験 2 Visitors are being asked to avoid breathing too close to the paintings. 3 Some of the visitors are being taught new ways to preserve paintings. 4 The number of visitors has been reduced from 400 to 40 a day. (33) Why were some visitors to the Ajanta Caves unhappy? 1 The majority of the paintings have turned out to be copies. 2 There were not as many Buddhist paintings as they had expected to see. 3 They did not have enough time to look at the paintings inside the caves. 4 The long lines at the visitors' center have prevented them from seeing the paintings. 29

Resolved Answers: 1
Biology Senior High

ATPをADPとリン酸に分けるのは何のためですか?🙇🏻‍♀️ お願いいたします🙏

C ストロマで起こる反応 (NADPH, ATPの利用) ストロマでは、チラコイドの反応で合成され たNADPHとATPを用いて、 二酸化炭素が固 定され, 有機物が合成される。この反応経路は, 多くの酵素が関与する化学反応からなり,カ Guide ガイド 光 NADPH チラコイドで 起こる反応 ストロマで 起こる反応 ATP 葉緑体 [有機物] ルビン回路と呼ばれる。カルビン回路の反応過程は、二酸化炭素の有機物への固定, PGAの還元, RuBP の再生の3つの段階に分けることができる。 ●二酸化炭素の固定 カルビン回路では、細胞内に取り込まれた二酸化炭素は,まず Cs化合物であるリブロースビスリン酸 (RuBP) と反応し, C3 化合物であるホスホグ ibulose 1.5-bisphosphate- phosphoglycerate リセリン酸(PGA)2分子となる。この反応は, RuBP カルボキシラーゼ/オキシゲナー ゼ (RubisCO, ルビスコ)と呼ばれる酵素によって促進される(図9-1)。 ribulose 1,5-bisphosphate carboxylase/oxygenase ●PGAの還元 PGA は, ATP によってリン酸化されたのち, NADPHによって還 元され, C3化合物であるグリセルアルデヒドリン酸 (GAP) となる(図9-②)。 glyceraldehyde phosphate ●RuBP の再生 GAPの多くは、いくつかの反応を経たのち, RuBPに戻る (図9-③)。 カルビン回路では, 6分子の二酸化炭素につき, 18分子のATPと12分子のNADPH が消費されて2分子のGAPが同化産物として得られ,光に由来するエネルギーがこれ に貯えられる。このGAPが糖などの有機物に変えられ, 生命活動に利用される。 ①二酸化炭素の固定 PGA ②PGAの還元 ルビスコ ×12 C3 12 ATP 6 CO2 (36) Start RuBP +12 ADP +12 (P) C5 ×630 C3 ×12 6 ADP +6(P カルビン回路 6 ATP 12 NADPH +12 (H+ →12 NADP+ 10 30 C3 ×10 6 H2O C3 ×12 GAP -----C3×2 回路全体で, RuBP 6分子に つき H2O 6分子が生じる。 GAP ③RuBP の再生 有機物 図9 カルビン回路 MOVIE

Resolved Answers: 1
English Senior High

これも答えをなくしてしまって正しい答えを教えて欲しいです。

<Exercise Lesson 9> 1.( )内に右の語群からもっとも適切な語を選び、 不定詞 or 原形不定詞にしなさ )aturkey for Thanksgiving. 去のまとめ い。 ごらん。 ② My brother let me ( ① Judy wants (To Cook use カナダ人 助け出 作曲 を見 るの ) his bicycle. ③ David saw a deer (to Cross) the street. ④ Akiyama Toyohiro was the first Japanese person 2. 日本語を参考に、空所に英語を書きなさい。 ① 新鮮な空気のおかげで気分がよくなりました。 Fresh air (made ) me (have ) better. to go ) into space. cook cross go use to your friends. ② 私はあなたの友達に紹介してもらえてとても嬉しかったです。 I was very pleased to )( be )(shown ③ 大丈夫ですか。 何か冷たいものを飲みますか。 Are you OK? Would you like something (cold ) ( to ( drink )? ④ときとして真実を知らないことはよいことです。 It's sometimes good ( to ) ( ( ) the truth. 3. 日本を参考に英語を並べ替え、全文書きなさい。 ① 二酸化炭素の排出量を削減することは私たちにとって大切なことです。 ( for / important / is/reduce/to/us/it) carbon dioxide emission. It is important for us to reduce ② 危機の度に命の大切さに気づかされます。 Every crisis (life / makes / of / realize the importance/us). Every crisis vedize of life makes us the importance ③ 私は英語でアメリカのテレビドラマを見るのは難しいと感じました。 I(American TV drama/ difficult / found/it/to/ watch) in English. I found it difficult to watch American TV drama in English

Resolved Answers: 1
English Junior High

これを読んで問題を解いてください。よろしくお願いします

「クリック コンテンツ CAN-DO エネルギー問題に関する説明文を読んで、 概要を理解し, 自分の考えや意見を述べることができる。 Pre-reading What does "power" in this title mean? New Words ○ electricity [ilèktrísati] 電力 |cut [kåt] ← cut [kôt]...を切る, ・・・の供給をとめる じゅうでん charge [tfa:rdz] ・・・を充電する ✓ smartphone (s) [smártfôun(z)] スマートフォン ○ oil [5il] 石油 ○ coal [kóul] 石炭 ○ natural gas [nætfaral gés] 天然ガス ひかく ○ relatively [rélativli] 比較的 ✓ release [rilí:s] ・・・を放出する ■ dangerous [déindzaras] 危険な ✓ chemical(s) [kémikal(z)] 化学物質 health [hél0] 健康 fossil fuel(s) [fásl fjù:al(z)] 化石燃料 carbon dioxide [ka:rban daiáksaid] 二酸化炭素 ○ run out of ・・・ を使い果たす If the electricity were cut for one week, what would happen to our lives? The lights would be off. Trains コンテンツ would stop. We could not charge our smartphones. We depend on electricity to power most of our daily activities. How can we make the electricity we need for our future? 5 2 Japan uses a lot of oil, coal, and natural gas to make electricity. These resources are called “fossil fuels.” Fossil fuels have some good points. They are relatively cheap, and they can be used for many things. However, scientists say that we may run out of fossil 10 fuels in 100 years. There are other problems, too. Fossil fuels release carbon dioxide and other dangerous chemicals. They increase global warming and damage our health. [123 words] In-reading 1 What do we depend on to power our daily activities? 2 What do fossil fuels release? ●日本の一次エネルギー国内供給の割合 まいぞう ●世界のエネルギー資源の可採年数と確認可採埋蔵量 エネルギーなど 7.8 Other renewable energy, etc その他の再生可能 Natural gas 石油 51年 天然ガス 53年 石炭 153年 Oil 石油 187兆m3 39.7 天然ガス Water power 23.8 水力 3.3 1兆7,067億 バーレル Coal 石炭 25.4 資源エネルギー庁 (2016) 106 one hundred and six TIT 11,393億トン 日本原子力文化財団 (2016)

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