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English Senior High

ある塾の英語の長文テストなんですけど、問一の答えが順番に、3.2.4と書いてるんですが全く納得いきません。Part1が4でなく、3なのはまあ百歩譲れますが、Part3が4になる意味が分かりません。風力発電の環境面での利点なんて一文字も書いてない気がします 問題の作成ミスでし... Read More

You are preparing for a speech about alternative energy forms. You have found a journal article about wind energy. You are going to read the article and take notes. Wind Energy [Part 1] Scientists are always looking for more sustainable and cost-effective forms of energy, and many people believe wind energy is the best option available. Wind is a product of heat from the sun, so the energy supply will never run out. Wind does not pollute the air, water, or ground as it produces energy. Another major benefit of wind energy is that it requires no water. In contrast, traditional forms of energy production all require water for cooling. Due to its efficiency, scientists have worked to increase the capacity of wind production units. They hope to develop wind energy into a large-scale alternative to fossil fuels. [Part 2] Wind energy can be produced using offshore wind or land-based wind. The primary benefit of offshore wind collection is that it is more efficient because offshore wind blows more consistently and with more power than land-based wind. To take advantage of the steadier wind, offshore wind production units are bigger and have more capacity. Therefore, the energy acquired from offshore wind can produce significantly more electricity than land-based wind energy. Wind production units located in the sea off the coasts of big cities can efficiently provide energy to many people, while land-based wind production units take up valuable land space and require complicated transportation efforts. However, since it is a newer technology, offshore wind energy is currently more expensive than land-based wind energy. [Part 3] Even though it actually has ancient roots, producing energy from wind is usually thought of as a modern alternative to burning fossil fuels. Initially, wind energy provided power for electricity. But during the mid-20th century, it was replaced by fossil fuel resources. Unfortunately, the pollution created from the burning of fossil fuels is a major cause of global warming. This has forced scientists to develop more sustainable and cost-effective forms of wind energy. Currently, most offshore wind resources are located in coastal waters which are too deep for current wind energy technology. However, engineers are working to develop floating production units that can withstand the hard environment of the ocean, such as storm waves, hurricane-force winds, and ice flows. These developments offer wind as an effective source of energy without damaging the environment. Complete the notes by filling in 1 to Outline: Part 1: 8 Notes

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Chemistry Senior High

高校の化学基礎です イオン化エネルギーが小さいとどうして陽イオンになりやすいのか、 電子親和力が大きいとどうして陰イオンになりやすいのかを教えください!

15 15 10 5 B イオン化エネルギーと電子親和力 イオン化エネルギー 原子の最も外側 の電子殻から1個の電子を取りさって 1価の陽イオンにするのに必要なエネル ギーをイオン化エネルギーという。 ionization energy 般に,イオン化エネルギーが小さい原子 ほど, 陽イオンになりやすい (陽性が強い)。 単位 [kJ/mol] イ 2500円 -2He 2 イオン化エネルギー 2000 1500 1000円 500 0 H 1 4Be 3 Li SB 5 N 10 Ne 9F 12Mg 11 Na 13A1 15 P ¹4 Si 16S 10 原子番号 図 10 イオン化エネルギーの周期的変化 15 18 Ar 17C1 20Ca 19k 20 ●電子親和力 原子が最も外側の電子殻 に1個の電子を受け取って1価の陰イオ ンになるとき, エネルギーが放出される。 1 第一イオン化エネルギーということもある。 でん し しんわりょく このエネルギーを電子親和力という。 electron affinity 図 11 一般に,電子親和力が大きい原子ほど, 陰イオンになりやすい (陰性が強い)。 エネルギー エネルギー (11+ 電子 Na 親和力 ▲図 9 イオン化エネルギー 「Na+ + 。 グラフの読み方 1 イオン化エネルギーが小さい原子 ほど陽イオンになりやすい。 2 イオン化エネルギーが大きい原子 ほど陽イオンになりにくい。 エネルギーを放出 エネルギーを吸収 単位 kJ/mol (キロジュール毎モル) 「kJ」はエネルギーの単位。 「/mol」は原子 6.02 × 1023 個当 たりという意味(p.104)。 (17+) イオン化 エネルギー 図11 電子親和力 Cl + 。 (17+ 考 2 学んだことを説明してみよう 陽イオンになりやすい原子の特徴は何か。 「電子」という用語を用いて説明し てみよう。 陽イオンになりやすい原子の特徴を, 「イオン化エネルギー」 という用語を用 いて説明してみよう。 ロ 13 OX CI Takar 第2章 物質の構成粒子 5 ink 要点の 確認

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English Senior High

この英文の17行目なんですけど、under the control で〜に支配されてと訳すのは分かるんですけど 日本語訳だと、集中力もまた意志に支配されていなければならない。と書いてあって意志という単語は 書かれてないのに、どうしてこういう訳なるんでしょうか?

14 集中力とは何か 10 Besides the intellect, the power of concentration is a very important quality, which few people acquire except throug education. It is true that it develops naturally to some extent, bu people are not likely to acquire enough concentration without a 5 long period of intellectual education. 2 There are three qualities which distinguish perfect concentra tion from imperfect concentration: perfect concentration should be intense, prolonged and voluntary. Intensity is illustrated by the story of Archimedes. He is said to have taken no notice when 10 the Romans came to kill him, because he was absorbed in a mathematical problem and bent on solving it. To be able to concentrate on the same thing for a long time is essential to difficult achievement. As long as the object is of great interest, this is brought about naturally. 15 Most people can work on a mechanical puzzle for a long time; but this is not in itself very useful. To be really valuable, the concentration must also be under the control of the will. I think 18 it is above all the control of the will that is nurtured by education. Check!! concentration () 183 wo

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