36,37,38の答えが分かりません。 どなたか教えていただけませんか？

asked strange questions so that the answers would sound funny and make them smile. that answer was true or not. Later in the interview, the volunteers were deliberately In the study, the scientists conducted interviews with volunteers. The volunteers recent study by scientists at the University of Portsmouth has shown that people can When people communicate face to face, they do not just communicate by speaking language. There are other factors involved, such as gestures. If the person you are tell if a speaker is smiling or not even without seeing their face but just by listening were asked to answer all questions with “I do in the summer,” regardless of whether talking to frowns, you know that he or she is unhappy. Whena person laughs during a conversation, you can tell that that person thought something was funny. However, a The interviews were videotaped with the purpose of gathering samples of different C 35) Smiling from Ear to Ear to their voice. of smiles. The scientists then analyzed the smiles. types According to the scientists, there are as many as 50 different kinds of smiles. T he researchers then had different group of volunteers listen to the audio portion of the recordings. This group of volunteers could tell what kind of smile the speaker had on his or her face by just hearing their voice. This indicated to the scientists that the voice has characteristics that communicate feelings and that people can interpret them. Another study also suggests that customer satisfaction is closely related to friendliness. As we all know, the best way to show friendliness is to smile. Researchers think that using the smiling voices in products or services effectively, Such as answering systems and computer programs, can contribute to better customer service. This can also be applied to hiring and training staff. Since people can tell ifa smile is real or not by a person's facial expression, and it has been proven that people, for example, customers can tell if a staff member's smile is real or not just by listening, then smiling not only from the bottom of your heart, but with your voice may be a g0od way to improve business.

この教科書のレベルはどのくらいですか教えください この教科書でどのくらいのレベルの大学まで対応できますか？

1 On 10 February 2009, at a height of about 800 kilometers above Siberia, an American satellite collided the first such height [háit] satellite [séetalait] collide(d) [kaláid(id)] with an old Russian satellite. It was collision [kaligan] collision in the history of space development. As a result, fragment(s) [fráegmant(s)) debris [dabri:] more than 1,000 fragments of debris were scattered into space. 2 The image above shows the vast amount of space debris in orbit around Earth. Approximately 22,000 vast [váest] orbit [5:rbat] approximately [aprá:ksamatli) objects larger than 10 centimeters across are floating around Earth. Of these, about 16,000 are from known 10 considering [kansidarig) artificial [a:rtafijal] currently [ks:rantli] operation [a:paréifon] Considering that there are only about 1,000 artificial satellites currently in operation, the amount of Sources. space debris is astonishing. This space debris is not only due to the collision of satellites. For example, when rockets reach space, they s 15 leave behind surplus engines and fuel tanks. These objects remain in orbit as space debris. In addition, surplus s5:rplas] there are tools that astronauts have dropped while tool(s) [t:l(z)) astronaut(s) [astrand:t(s) aluminum [ala:manom per|par] working outside. Even a one-centimeter aluminum ball. when orbiting at a speed of around 10 kilometers per 0 bullet [bálat] second, is far more powerful than a bullet from a gun. gun [gán]

穴埋めです

1. a person who has scientific training and who designs and builds complicated products, machines, systems, or structures

what can we learn from this dictionary?からの後半部分を英語で簡単にまとめて欲しいですm(_ _)m

Retelling Lesson3 A Window to Ancient Earth Part 3 ; Let's turn our attention to your discovery. Tell me how it all happened. T: All right.It was in 2009, my second visit to Antarctica, There are more than one hundred lakes around Syowa Station, Idove into one of them, Lake Naga-1ke. Asl went underwater, a fantastic world came into sight. A great number of green cones were extending from the bottom of the lake. They were made of various mosses.。 algae, and cyanobacteria. Nobody had expected such a green plant community to be spreading underwater, while a rusty rocky field stretched out on land. J: What can we learn from this discovery? T: Actually, most of the lakes around Syowa Station were exposed from under the glaciers about ten thousand years ago, when the last ice age ended. Over a long period of time, life gradually settled in the lake. But when I dove into Lake Naga-Ike, I didn't find any predators such as fish or zooplankton. Compared with Lake Naga-Ike. lakes on Livingston Island in the warmer area of the Antarctic Peninsula have predators like shrimps and z0oplankton.In short, the ecosystem without predators in Lake Naga-Ike is more primitive than that of the lakes with predators on Livingston Island.

長文問題の答え教えてください。

4、次の英文を読み、 設問に答えなさい。 Hello, everyone! Today, I'd like to talk about the Great Barrier Reef, World Heritage Site in Australia. It's the world's largest reef system and consists of over 2,900 reefs. It's longer than Honshu Island. We can see a lot of colorful coral there. Do you know what coral is? It looks like a plant, but it's actually a hard shell formed by animals. The animals are called coral polyps. They lay eggs after the full moon in spring. The Great Barrier Reef is now facing a crisis. More and more coral is turning white. In fact, it's dying because of global warming, water pollution, erosion, and s0 on. This phenomenon is called “coral bleaching." Some scientists say that 80 percent of the Great Barrier Reef will be lost by 2050 if this environmental situation continues. I wonder if future generations will be able to see these beautiful reefs decades from now. There are a lot of coral reefs around the world. It's very important to protect these precious coral reefs. How can we do this? Well, to prevent global warming, we should save energy such as electricity and reduce the amount of carbon dioxide in the atmosphere. There are many small things we can do at school and home. I believe that our small actions will make a big difference in the end. Thank you for listening.

答えを教えてほしいです！ お願いします🙇‍♂️💦

Exercises Part 1 Lesson 6 否定 1 Fill in each blank with a suitable word. 0a) That British teacher didn't eat any sashimi. b) That British teacher ate ( ) sashimi. 2a) The rules of shogi are so difficult that I cannot explain them. b) The rules of shogi are ( difficult for me ( ) explain. 3a) The book on tea ceremony was far from easy. b) The book on tea ceremony was not easy ( Itea ceremony「茶道」 4a)I have almost no knowledge of Japanese folk songs. b)I have( ●folk song「民謡」 ) knowledge of Japanese folk songs.o vhe 2 Fill in each blank with a suitable word. aabre oi lne o 1歌舞伎役者に女性はいない。 ) kabuki actors are women. 2最近は、海外留学する日本人が以前よりも減っている。 ) Japanese go overseas to study these days. 3日本人がみな能の鑑賞を好むわけではない。 ) Japanese like to see Noh performances. 4京都では、金閣寺の写真を撮りそこなった。 In Kyoto, I ( ) to take a photo of the Kinkakuji Temple. 3 Put the words in parentheses in the correct order. 1マグロの養殖 (tuna farming)は、 もはや夢ではない。 Tuna farming (a/any/dream/is/longer/ not). 2その水墨画(India-ink picture)の美しさに感嘆せずにはいられなかった。 ●admire 「~に感嘆する」 (admiring / could / help /I/ not) the beauty of the India-ink picture. ③彼女は、 毎年必ず親戚にお歳着(year-end gift)を送る。 ●relative 「親戚」 She(fails / never / her relatives / send / to/to/year-end gifts) every year. 4まもなく彼の新作アニメが公開される。 (be / before / it/long/not /will) his new animated filmis released. 4 Put the Japanese sentences into English. 1誰もが携帯電話を持っているわけではない。 2伊豆半島(the Izu Peninsula)では、 雪はめったに降らない。 ③彼の狂言の演技(kyogen performance)は、 決して満足の行くものではなかった。 4日本の漫画ほど面白いものはない。 下線部分を言い換えて、日本固有の文化を表すものについて、実物を見せながら"Show and Tel|" の TRY 形式で説明しましょう。 Today Ill tell you something really Japanese. This dish is lacquer ware called japan. I think no other tableware is more elegant than japan. lacquer ware=japan 「漆器」 / tableware 「食卓用食器類」 17

和訳の確認をしてほしいです！ お願いします🙇‍♂️🙇‍♀️

TR3T Humans usually breathe from sixteen to twenty times each minute. If you analyzed 01 the air you breathe, you would find it is a mixture of different gases. Most of it is *nitrogen about four-fifths. One-fifth is oxygen. There is also a tiny amount of carbon dioxide, a little "water vapor (which gives air its humidity), and some "traces of 05 what are called "rare gases. If you were to put a bag over your nose and mouth to catch the air you breathe out, i図 you would find (1)Some strange changes. There would still be the same amount of nitrogen. There would also be the same traces of rare gases. But there would be much less oxygen and a hundred times more carbon dioxide than in the air you breathe in. 10 There would also be considerably more water vapor. TR33 ,What happens is that each time you breathe, an exchange takes place. You keep Some oxygen; you breathe out much more carbon dioxide and water vapor than you breathed in. 、The reason is that every moment of the day and night your body is using up energy. Your heart uses up energy as it beats. Your muscles use up energy. So 15 does your brain, and so does every other part of you. All this energy is produced by the work of the millions and millions of cells that make up your body. Every one of these cells needs Oxygen in order to do its work. As the cells use up oxygen, they form carbon dioxide, which is a “waste product. So your body carries out these two processes at the same time. You breathe in the m3 20 OXygen that cells need to produce energy. You breathe out the carbon dioxide that is harmful. It sounds so simple. Yet your life depends on these processes happening dav and night without interruption.

多様体の接空間に関する基底定理の証明です。g(q)=∫〜と定義した関数を微積分学の基本定理を用いながら変形してg(q)=g(0)+∑gᵢuⁱと導出するのですが、これがうまくいきません。 自分は、g(q)の式をまず両辺tで微分して、次に両辺uⁱで積分して、最後に両辺tで積分... Read More

12. Theorem.If{ = (x', , x") is a coordinate system in M at p, then its coordinate vectors d, lp, …… 0,l, forma basis for the tangent space T,(M); and D= E(x) 。 i=1 for all ve T(M). Proof. By the preceding remarks we can work solely on the coordinate neighborhood of G. Since u(c) = Othere is no loss of generality in assuming ど(p) = 0eR". Shrinking W if necessary gives E(W) = {qe R":|q| < } for some 8. Ifg is a smooth function on E(W) then for each 1 <isndefine og (tq) dt du g(9) = for all qe {(W). It follows using the fundamental theorem of calculus that g= g(0) + E&,u' on (W). Thus if fe &(M), setting g = f。' yields f= f(P) + Ex on U. Applying d/ax' gives f(p) = (f /0x)(P). Thus applying the tangent vector e to the formula gives (f) = 0+ E(x'(p) + E Ap)u(x) = E(Px). ず ax Since this holds for all f e &(M), the tangent vectors v and Z Ux') d,l, are equal. It remains to show that the coordinate vectors are linearly independent. But if ) a, o.l, = 0, then application to x' yields dxi 0=24 (P) = 2q d」= 4. In particular the (vector space) dimension of T,(M) is the same as the dimension of M.

材料力学です。 わからないので教えてほしいです。

レポート課題5-1 1879年にフランスで製作され、1960年まで1 mの基準として用いられ たメートル原器は、全長に一様に作用する自重に対してその両端が水 平を保つように、スパン中央に対して対称な二点で下図のように支持 されていた。このとき突出長さaを求めよ。 W BA a 1 図中央に関して対称な二点支持はり Department of Systems Design for Ocean-Space YNU レポート課題5-2 下図のように左端で単純支持され、左端から距離の位置においてばね 定数kのばねで支持されている桁橋の支持点間に等分布荷重wが作用す る。このとき、ばね支持点から右に長さaだけ突出している部分の先端 が上下に変位しないためには、ばね定数kをいくらにすればよいか。桁 橋の曲げ剛性をEIとする。 a 図右端が不動点となるばね支持はり(分布荷重) Department of Systems Design for Ocean-Space YNU レポート課題5-3 下図に示すように、水平床の端Cより真直棒ABを突き出すとき、自重 によってBC部分は垂れ下がり、CD部分は床より浮き上がる。にのCD 、BC部分の長さをそれぞれ,,2とするとき、比4:½を求めよ。(ヒン ト:CD間を両端単純支持のはりとみなし、CD間の自重を等分布荷重 として受ける場合とCB間の自重をC点の曲げモーメントとして受ける 場合を合成し D点でたわみ角がゼロとなる条件を考えよ へ D C B b 図水平床から突き出したはり Department of Systems Design for Ocean-Space YNU

材料力学です。 わからないので教えて欲しいです。

レポート課題5-1 1879年にフランスで製作され、1960年まで1 mの基準として用いられ たメートル原器は、全長に一様に作用する自重に対してその両端が水 平を保つように、スパン中央に対して対称な二点で下図のように支持 されていた。このとき突出長さaを求めよ。 W BA a 1 図中央に関して対称な二点支持はり Department of Systems Design for Ocean-Space YNU レポート課題5-2 下図のように左端で単純支持され、左端から距離の位置においてばね 定数kのばねで支持されている桁橋の支持点間に等分布荷重wが作用す る。このとき、ばね支持点から右に長さaだけ突出している部分の先端 が上下に変位しないためには、ばね定数kをいくらにすればよいか。桁 橋の曲げ剛性をEIとする。 a 図右端が不動点となるばね支持はり(分布荷重) Department of Systems Design for Ocean-Space YNU レポート課題5-3 下図に示すように、水平床の端Cより真直棒ABを突き出すとき、自重 によってBC部分は垂れ下がり、CD部分は床より浮き上がる。にのCD 、BC部分の長さをそれぞれ,,2とするとき、比4:½を求めよ。(ヒン ト:CD間を両端単純支持のはりとみなし、CD間の自重を等分布荷重 として受ける場合とCB間の自重をC点の曲げモーメントとして受ける 場合を合成し D点でたわみ角がゼロとなる条件を考えよ へ D C B b 図水平床から突き出したはり Department of Systems Design for Ocean-Space YNU