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English Senior High

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.

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Chemistry Senior High

化学の気体の分野です!どういう考えでどういう過程で答えに辿り着くのか過程と答えを至急教えて頂きたいです!!!😖😖😖😖😖😖

4| ガスボンベ内にある気体の分子量を求めるために次の操作 1~操作 4 を行った。この実験に関する以下の問い に答えよ。ただし,この実験での大気圧は1.000x10° Pa, 温度は27℃すあるとする。また, 27℃における水の 飽和蒸気圧は3.6×10° Pa, 気体定数はR=8.3×103 Pa·L/(K·mol) とする。 SS 操作1 小型のガスボンベの質量を測定したところ,100.00gであった。 作2 500mL メスシリンダーを水槽に逆さに入れ, ゴム管を接続してガスボンベ内にある気体をメスシリンダー 操作2 内に導入した。ゴム管を水槽から抜いた後の状態は図1のようになり, このときの体積は260mlであった。 操作3 操作2の終了後,水槽の水面とメスシリンダー内の水面が一致するようにメスシリンダーを押したところ, 図2の状態となった。このときの体積は 249mL であった。 操作4 操作2の終了後のガスボンベの質量を測定したところ, 99.44g であった。 リウム同様にホ しているため にはほとんと もつヒド 滋の 水槽 の担度があ る子の数と といい 水槽 解すると、 となる。 と。質が 水 い しくなす、 水 図2 図1 0 文中の (8) 図2の状態におけるメスシリンダー内に捕集した気体の圧力[Pa]を求め, 有効数字2桁で答えよ。 (9) この気体の分子量を求め,整数値で答えよ。 なるにつれて

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English Senior High

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]

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Chemistry Undergraduate

この問題の ウを詳しく教えて下さい!

値を記述せよ。 71. 〈密閉容器内の気体の溶解〉 10°℃ で8.1×10-°mol の二酸化炭素を含む水500mL を容益に 入れると,容器の上部に体積50mL の空間(以下,ヘッドスペー スという)が残った(右図)。 この部分をただちに10°℃の窒素で 大気圧(1.0×10® Pa) にして, 密封した。この容器を 35°Cに放置 して平衡に達した状態を考える。 このとき,ヘッドスペース中の窒素の分圧は口ア Paになる。 なお,窒素は水に溶解せず, 水の体積および容器の容積は 10°℃C のときと同じとする。 二酸化炭素の水への溶解にはヘンリーの法則が成立し,35°Cにおける二酸化炭素の 水への溶解度(圧力が1.0×10°Pa で水1Lに溶ける,標準状態に換算した気体の体積) は0.59L である。ヘッドスペース中の二酸化炭素の分圧をか[Pa] として,ヘッドス ペースと水中のそれぞれに存在する二酸化炭素の物質量 n. [mol] と n2 [mol] は,かを 用いて表すと ヘッドスペース 50mL 二酸化炭素 を含む水 500mL ni=イ×か n2=| ウ |×か である。これらのことから, へッドスペース中の二酸化炭素の分圧かはエPaであ る。したがって, 35°℃における水の蒸気圧を無視すると,ヘッドスペース中の全圧は |オ]Pa である。 問い[ア]~オ]に適切な数値を有効数字2桁で記せ。 R=8.3×10°Pa·L/(Kmol) (15 京都大) 78. 〈浸透圧〉 0

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