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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

Solved Answers: 1
English Junior High

英語の長文についてです。 写真↓の長文の音読に10分も時間がかかりました。5分に縮めるための解決策を教えて下さい。 ○今の自分の読み方 ・読んでいるところを見失わないように指でなぞる ・英文を1語1語読み込みすぎない ・英文を和訳するときに戻り読みをしてない        ... Read More

都立プレOP 1015 次の文章を読んで, あとの各問に答えなさい。 3 (*印がついている単語・語句には、本文のあとに 〔注〕 がある。) Food is useful and delicious. It gives us energy for daily life and many good things for our bodies. But if we do not take care of food, we may get *food poisoning. So, how can food *stay good for a longer time? And what can you do at home to make your food safe? Fresh food does not stay good for a long time. Many foods *go bad in a few days. Some change fast even in a few hours. Warm weather and water make this problem bigger. Very small living things can grow on food and in food. These living things are *microorganisms, and some of them are *bacteria. They can come from the air, hands, tools, and tables. When they become many, food can change. The color can change, and a strange *smell may appear. So people keep creating many ways to *preserve food. This means that food stays good longer, and it is safer to eat. One of the oldest ways is drying. Drying takes water out of food. With less water, microorganisms do not grow fast. Then food can stay good longer. Look at Picture 1. Long ago, people put food under the sun and in the wind for many hours. Dried fish and dried fruit are good examples. Drying makes food light and (1)-a So dried food was useful for travelers on long trips. However, dried food can change quickly after it becomes wet again. So people needed a dry place and a closed bag. 1 II Li Drying can also change the *taste and the feeling in the mouth. For example, grapes can become (1)-b Dried grapes taste good. On the other hand, when a bag of dried food is open on a very easy to carry very small and sawetan take in water. Then it may not taste good, and bacteria may start to grow. After that, the food may go bad soon. boll To make food drier, people used more ideas than just the sun and wind. One idea was salt. Salt could pull water out of food, and the food could become drier. For example, people put salt on fish, and then they put it outside. The fish became dry and very salty. It stayed good for many days, so people could eat it later. Before cooking, people often washed the fish in water, and some salt went away. Another idea was *smoke from a fire. People hung meat or fish over a small fire for many hours. The smoke made the food drier, and it could give a special smell and taste. This food stayed good longer than fresh food. But if the inside was still wet, it could go bad. These ways are still used today in many places.00 yw yron al sobi blo Another old idea is cooling. When the temperature goes down, changes in food become slower. Bacteria also grow more slowly. Today, many homes have a *fridge, but long ago, people used nature. In cold areas, people used snow and ice. In other places, people used cool places in the mountains or cold river water. Later, people built special places for ice. They put ice in ice houses with thick walls, and the ice stayed (1)-c . Look at Picture 2. In Japan, people built a special building. It was a himuro. They used it old for many mice for the summer. In winter, they brought snow and ice from cold places and put them inside. Even today, the same idea is useful. An *ice pack can alad be(2) But it slowly turns cool a lunchbox for some time. 9

Solved Answers: 1
Science Junior High

(1)から(21)まで合っているかどうか教えてほしいです! あと間違ってるところが合ったら正しい答えも知りたいです。

イオン結晶・・・陽イオンと陰イオンの静電気的な引力 (クーロン力)による結合。 イオン結合でできた結晶をイオン結晶という。 ・組成式・ イオンからなる物質は陽イオンの正電荷と陰イオンの負電荷の総和がが ゼロ(電気的に中性) となるように一定の比で結びついている。 陽イオンと陰イオンの嘉数によって決まる。 陽イオンの価数×陽イオンの数=陰イオンの価数×陰イオンの数 組成式は陽イオン ・ 陰イオンの順に書く。 読むときは陰イオン・陽イオンの順 イオンからなる次の物質の陽イオンと陰イオンの数の比と組成式を書きなさい。 1 Na: C=1:1 NaCl (1) NaOH= (il (2)K+CI= {1 NaOH KCl (3) K+: Br= (l KBr (4) AgNO3= (= | (5) NH4+ Cr= (:| (6) Nat: HCO3= | | AgNO3 NH4Cl NaHCO3. (11) Mg2+ Cг= 2:1 (12) Ca 2+ : Cг= 2=1 (13) Cu2+ : OH¯ = 21 (14) Ca²+: HCO3¯=2=1 (15) K+ : SO4²¯ = (:2 (16) Na+ : CO²= (=2 (17) NH4+ SO2 = 1=2 (7) Ca2+ 02= |=| (18) Fe³+ : CI= 3=1 CaO (8) Ca2+ SO2 = (=\ (19) A1³+ : OH¯= 3=1 CaSO4 (9) Fe2+ SO2 = (= ( FeSO4 (10) Al3+ PO4 = (:( Al PO (20) A13+ SO4² = 32 (21) Ca2+ PO4 = 2:3 Mg Cla CaCl Cu(OH)2 Ca (HCO3)2 K2S04 NA2CO3 (NH4)2SO4 FeCl3 ALOH Al2(SO4)3 Ca3(PO4)2

Solved Answers: 2
Science Junior High

この、作図の問題苦手です。考え方を教えてください。

たろ紙の上に, 金属 X, 銅, 亜鉛の金属 片を置いて, 右のよ うな装置を作った。 検流計の端子を2種 類の金属片につな 検流計 亜鉛の ■金属片 金属Xの。 金属片 銅の 金属片 食塩水で 湿らせたろ紙 ぎ、電流が流れる向きをそれぞれ測定した。 結果 金属Xから亜鉛へ, 金属Xから銅へ,銅から亜 MaZm Cu へそれぞれ電流が流れた。 考察、この実験から、金属のイオンへのなりやすさと 電流の向きの関係について, 電流は に向けて流れると考えられる。 【実験1】について, 次の(1)~(4) に答えなさい。 基本 下線部の気体を化学式で書きなさい。 Cl2 Ma点) ① ② に当てはまる操作を、 結 果の表の操作ア~ケからそれぞれ選びなさい。 (3点) 亜鉛の 金属片 右の図は, 硫酸銅水溶液に亜鉛の金 属片を入れる前のイオンのようすをモ デルで表したものである。 下線部⑥ のときのイオンのようすを表すモデル を下の図にかき加えなさい。 ただし、 ●は銅イオン, ◎は硫酸イオン, ○は 亜鉛イオンを示すこととし, 電子,電 子の動きおよび亜鉛の金属片に付着した固体は記入し Cuso4 なくてよい。 亜鉛の金属片 Cuso4+Zn Znsou tru (4点) 硫酸銅 水溶液 (4) イオンへのなりやすさが, 亜鉛 > 金属Y > 銅 > 金属 Xである金属Yがある。 金属Yの金属片と次の水溶液 から必要なものを用いて, 金属Yのイオンへのなりや すさを最も少ない操作回数で確かめるとき, 必要な操 ただし

Waiting Answers: 0
Geography Junior High

(2)bグラフのなにから答えの 夏 と分かるのですか?

2 次の(1)~(5)の問いに答えなさい。 なお、地図1の中のA [B] は県を, W ~Z は工業地域を,それぞれ示している。 地図 1 (12点) (1) 次のア~エのグラフは、地図1の中の W ~Z のいずれ かの工業地域の, 1971年と2019年における, 製造品出荷額 等と産業別の製造品出荷額等の割合を示したものである。 Zに当てはまるものを, ア~エの中から1つ選び, 記号 で答えなさい。 製造品出荷 輸送用 額等 (億円) 機械 その他機械 電気機械 化学 食料品 工業 鉄鋼 その他 (%) 1971年 40.6 8.5 10.2 10.45.1 38278 ア 2019年 18. 4 E7.33 18.2 :10. 3. 9.7 4.4 31.6 305296 -1.2 1971年 41.3 30064 19.7 16.1 10.2.11.8: 9.8 イ 2019年 25.0 11.9 :11.1:8.0 28.2 171540 1. 3. -2.0 1971年 37.3 14.5 10.1 15.8.8.9 11.4 65030 ウ 2019年 19.9 12.8 13.06.7 9.4 35.7 310195 2.5 L2.5 1971年 14.4 10.07.16.0 56.3 27900 2019年 5.54.9 29.5 ・13.0... 8.63.5 35.0 141363 注1 2019年工業統計表などにより作成 注2 四捨五入をしているため, 産業別の製造品出荷額等の割合を合計したものは, 100%にならない場合がある。 (2)地図1のAに関するacの問いに答えなさい。 a A の県庁所在地名を書きなさい。 b グラフ2は,a の都市における1993年の月別の 平均気温を示したものであり, グラフ3は,a の 都市における2020年までの30年間の月別の平均気 温を示したものである。 1993年はやませの影響を 受けた年である。 やませとはどのような風か。グ ラフ2,グラフ3を参考にして, 簡単に書きなさ い。 グラフ2 気温 グラフ3 気温 30 (°C) 30 (°C) 20- 20 10- 10. 0 0 1(月) 7 12 1 (月) 12 注 「令和5年 理科年表」 などにより作成 国立天文台編 「理科年表2023」, 丸善出版 (2022)

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