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 　　　　　　　... 続きを読む

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

生活基準はこの表ではどこにあたりますか？ 真ん中ですか？

1,330人 して、簡表 項目 一人当一人当たり 一次エネル寿命 平均 国内 ギー供給 総生産 国名 (ドル) (GJ) 量 2021年 2021年 2021年 (年) ナイジェリア 2019 32 63 インド 2274 28 67 フィリピン 3461 22 66 アメリカ 69185 266 76 日本 39650 135 84 ※1GJ (ギガジュール)=約23.9万 kcal 注 「世界国勢図会」 2024/25 年版などより作成

Vision Quest New English Grammar 47の不定詞1~4の左のページの解答を教えてください🙇🏻‍♀️

英検のライティング書きました！ 添削はチャッピーにお願いしようかなと思うのですが、チャッピーに採点してもらった際に推定スコアが自分が思うより高すぎたので750点中何点くらいの英作文なのかを教えていただきたいです！ TOPIC: Will artificial intelli... 続きを読む

この長文問題の答えと解説をお願いします。

15 語数: 398 語 出題校 法政大 5 We are already aware that our every move online is tracked and analyzed. But you 2-53 couldn't have known how much Facebook can learn about you from the smallest of social interactions - a 'like'*. (1) Researchers from the University of Cambridge designed (2) a simple machine-learning 2-54 system to predict Facebook users' personal information based solely on which pages they had liked. E "We were completely surprised by the accuracy of the predictions," says Michael 2-55 Kosinski, lead researcher of the project. Kosinski and colleagues built the system by scanning likes for a sample of 58,000 volunteers, and matching them up with other 10 profile details such as age, gender, and relationship status. They also matched up those likes with the results of personality and intelligence tests the volunteers had taken. The team then used their model to make predictions about other volunteers, based solely on their likes. The system can distinguish between the profiles of black and white Facebook users, 15 getting it right 95 percent of the time. It was also 90 percent accurate in separating males and females, Democrats and Republicans. Personality traits like openness and intelligence were also estimated based on likes, and were as accurate in some areas as a standard personality test designed for the task. Mixing what a user likes with many kinds of other data from their real-life activities could improve these predictions even more. 20 Voting records, utility bills and marriage records are already being added to Facebook's database, where they are easier to analyze. Facebook recently partnered with offline data companies, which all collect this kind of information. This move will allow even deeper insights into the behavior of the web users. 25 30 (3) - Sarah Downey, a lawyer and analyst with a privacy technology company, foresees insurers using the information gained by Facebook to help them identify risky customers, and perhaps charge them with higher fees. But there are potential benefits for users, too. Kosinski suggests that Facebook could end up as an online locker for your personal information, releasing your profiles at your command to help you with career planning. Downey says the research is the first solid example of the kinds of insights that can be made through Facebook. "This study is a great example of how the little things you do online show so much about you,” she says. "You might not remember liking things, " but Facebook remembers and (4) it all adds up.", * a 'like': フェイスブック上で個人の好みを表示する機能。 日本語版のフェイスブックでは「いいね!」 と表記される。 2-56 2-57 2-58 36

教えてください。

2. 端数期間がある場合の計算 (巻頭の数表を用いる) 例題1 複利終価 複利利息を求める計算 ・元金¥32,460,000を年利率4.5%。 1年/期の複利で9年3か月間貸し付けると、期日に受け取る 元利合計はいくらか。 ただし、端数期間は単利法による。(計算の最終で円未満4捨5入) <解説> 4.5%, 9期の複利終価率･･･1.48609514 ¥32,460,000×1.48609514×(1+0.045×2)= <キー操作> 045 × 3 12 + 1 1101125 |=¥48,781,333 答 ¥48,781,333 32,460,000 x 1.48609514 目 〈注意〉 問題の指示どおりに端数処理を行う。 例題2 複利現価を求める計算 3年4か月後に支払う負債¥87,320,000を年利率6%, 半年/期の複利で割り引いて、いま支払 えばその金額はいくらか。 ただし、端数期間は真割引による。 (計算の最終で¥100未満切り上げ) 《解説》真割引とは割引料の計算方法の一つで、期日受払高から現価を算出し、その現価を期日受払高から 差し引いた金額を割引料とするものである。 複利現価=期日受払高×複利現価率÷(1+利率×端数期間) 3%, 6期の複利現価率 0.83748426 ¥87,320,000×0.83748426÷(1+0.03×1/6)=¥71,695,300(¥100未満切り上げ) <キー操作>03 × 4 日 6 + 1 M 87,320,000 83748426 MR 〈注意〉 問題の指示どおりに端数処理を行う。 ◆練習問題◆ →3.5 x2=6317 答 ¥71,695,300 (1)元金¥17,290,000を年利率7%, 半年/期の複利で3年3か月間貸し付けると,期 日に受け取る元利合計はいくらか。 ただし, 端数期間は単利法による。 (計算の最終で円未満4捨5入) 1,00875 答 (2)元金¥56,480,000を年利率5%/年/期の複利で 12年9か月間貸し付けると, 複利利息はいくらか。 ただし, 端数期間は単利法による。 ( 計算の最終で円未満4捨5入) 86 答 3) 7年6か月後に支払う負債 ¥84,060,000を年利率6%,/年/期の複利で割り引い ていま支払うとすればその金額はいくらか。 ただし、端数期間は真割引による。 (計算の最終で100未満切り上げ) 答 18年3か月後に支払う負債 ¥35,710,000を年利率5%, 半年/期の複利で割り引い 二、いま支払うとすればその金額はいくらか。 ただし、端数期間は真割引による。 計算の最終で100未満切り上げ) 問題の解答 ¥21,625,767 (2)¥48,753,589 (3)¥54,276,500 (4)¥23,758,200 答

長文英語について質問です。 画像1の問題なんですけど、問題文の下に書いた答えでは正解ではないんでしょうか、？ 画像2の部分から考えました。 ちなみに答えは画像3です。 どなたか教えてほしいです、よろしくお願いします🙇‍♀️🙇‍♀️

2.第3段落第5 文 (This experience... in MLB.) のように言える理由を、日本語で説明し なさい。 彼が幼い頃、東京ドームでMLBの試合を見たときに、日本人の 松井秀喜選手がホームランを打ったから。ha

建築学科なのですが、壁量計算と必要壁量は分かるのですが、配置や金物が分かりません。お助け下さい。

学籍番号 氏名 締切: 7月15日 (火) 17:00 までに R2-409 室のポストへ提出 (A4紙で提出する) 5460 8190 13650 一階平面 4550 2730 図のような平面を持つ二階建木造住宅がある。 屋根はスレート葺き、 外壁はサイディング、 1,2階の階高は 2.8m 以下、 太陽光発電設備等は有とする。 壁量計算と4分割法を行い、Y方向について壁の種類と配置を決定せよ。 ま また、耐力壁に接し、かつ隣り合わない1階の柱2本について、 カタログより金物を選定せよ。 二階平面 グリッドは910mm 4550

答えあっているでしょうか😭😭？分からなかったとこで15番は訳もよく分かりません、、🥲

8. ( ) people traveling abroad is expected to increase next year. 1 Many 2 Most of ③ The number of A が主語→単扱い ④ Anumber of A が→ 複扱い 9. The new products now sold on the Internet ( ) this company profitable. 1 making 3 have made 2 has made ④ have been made rs <甲南大 < 神奈川大 > 2 次の英文の下線部には誤っている箇所が1箇所ある。その番号を選び,正しい形に直しなさい。 10. (3) Half of the oranges we purchased a week ago is rotten. 11. The number of participants who attended the afternoon lecture were →算扱い had expected. <明海大〉 rer Buied s are Doy oT more than we was 〈名古屋市立大〉 ) Version ari ni ballong emebuje ngistol lo adm 12. The amount of tax people pay vary considerably according to where they live. number 13. W boang <学習院大 > Understanding the distribution and population size of organisms help scientists evaluate the health of the environment. helps (A) 14. The difference between expensive and less expensive shoes lie in the grade of leather. (訳 Ties < 神奈川大 > 15. Although Mary refused to admit it herself, her influence on the firm's marketing strategies over the last ten years have grown considerably. 〈立教大 〉 計画

実在気体の状態方程式を用いる問題です 実在気体の圧力の求め方が分かりません 途中式の記載がなく答えは2.4×10^6Paです 途中式教えて頂きたいです

気体 ▼表A ファンデルワールス定数a,b a b [Pa・L'/mol] [L/mol] ヘリウム He 3500 0.0240 水素 H2 24800 0.0266 窒素 N2 136000 0.0386 酸素 02 138000 0.0319 二酸化炭素 CO2 365000 0.0428 アンモニア NH3 424000 0.0373 ■ 1.0molの酸素を27℃で1.0Lにしたときの圧力を, 理想気体の 状態方程式を使って求めよ。 また, ファンデルワールスの状態方 程式を使った場合の圧力も求めよ。 気体定数はR = 8.3×10°Pa・L/ (mol･K) とし, ファンデルワール ス定数は表 Aのものを用いよ。 [p=2.5×10°Pap霙=2.4×10°Pa]