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英語 高校生

長文問題について教えて頂けないでしょうか?🙇‍♂️🙇‍♂️🙇‍♂️ 不正解の理由について教えて下さい。 この問題がなぜ回答が(B)になるのかがわかりません。 (A)という考え方もできるのではないでしょうか? Easier ways to set up a videoco... 続きを読む

Questions 164-167 refer to the following article. ー [一 While the in-peron interview is not going away。 many human resources departments have come lo rely on Yideoconferencing for candidate screening. Using yideo has reduced the amount oi umproductive communication between job seekers and employes、and both Danies appreciae the aDility IO mre eaNily vchedule an Interview Finding a videoconferencing vendorcan be a challenging process、esDecilly IOr smaller companies. 一[2] 一. Phillipa Renwick、human resOurces direclorat Inama Clothing Manufacturers、recommends that al companies think broadly about their needs. Forexample. Ms. Renwick asks、“Are there on-site meetins happening now that might be conducted at least as eWectively throush a videoconference?` A further considerution. according to Ms. Renwick is that businesses often use the same technology (0O cngage in activities like cmployee tmuining. 一 3] 一 MS. Renwick cautions that potentil vendors should be asked how any prOposed sySems will be cuNtomized WiliOut creating ureqsonable cOsNs Or siraining information- technology sq 一 4] 一. Some companies may only need basic video capabilities。 while olhers may seek more advanced functions, such as built-in analytic software thatallows managers t0 Score amd rank video interviewees in the moment.

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英語 高校生

長文どなたか教えてほしいです。 不安なんで…

ロ には 唱】 火のスピーチ放入を読んで、下紀の癌に和えなさい。 なおの人た家 本文の後に注があります。 As an old science reporter Tnd myselfin a diHfenlt position todai 0 Tighrtech executives on the topic of artifcial inteligence or AI Fnn surecoll 際。 far more about AI than 1 do. Stil. 1 think I can contribute some historical perspectHVe. Thave been writing science columns since many cf you were kids ( Z ) Hmrote my frst column on AT back in 1963。 Tm( イ ) because when T say *artifcial intelhgence"Tm talking about something that Tm not sure really exists. Those of you who have read my articlealand books on the subject know that Tbehieve in what we call imealk AT' and that 1 aminotieal onvineed by what we call srongALy oto Whats the difference? Lets say we program a computer to say Rhank youl in situations where real people would feel grateful. 1 think we could make eally sound like a thankful person。 Tm sure that such a machine and tuned so well that it could fool me were blindfolded But here's the question: Did the program actually feel thankf me? Or did the team who wrote the program thank me? Was According to the strong AL approach, the computer really couldibe ex According to weak AI, iCs just a machine making sounds。 Tim reminded of an old classic comedyy routine imagined a future world in which computers made 。 people really worried about that in the 1960s. In this ima handled every decision that humans didmt like making. One fmring other computers. So the comedy routine consists of a conm ose computer ecplaine to worker computer why itmust be fred The reason this comedy routine is interesting js not just bec because it expresses fears about strong AI。 ICs int 50 years ago- That's right。 a halfrcentury ago。 people uman decisions.They thoughtit might happ8mi the future.( ウ ).the predicted robotdominant、 Im my opinion, no matter how impressed none of us realiy believes that truly selfraware di exist. Tknow youre ll experts on AI but ileEs rogram, no matter how sophisticeted,( 王 ) marmyi jn or reject God. or say “Tlove you and mean it W cperatipg the machine-or who wrote the Dio As a real. thinking person who has obaerved tk research for many yearsu Tbelieve there will alaya bela efieve that no matter how sophisticated ATbeoon as a thinking person。T also know that 1 can be wi the future of science. Perhaps momeday those of yo

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化学 大学生・専門学校生・社会人

現在金属の充填構造について勉強しています。金属が圧力や温度の変化によって異なる充填構造を持ち、これらを多形と呼ぶところまで理解しているのですが、多形の表記方法について質問があります。 下の写真では、Mnの多形についてそれぞれα、β、γ、σの4種類の記号が頭についた表記で示さ... 続きを読む

6・4 金属の多形 多形: 固体状態の相転移 大気圧 " 298 K で金属の構造を考えるのが一般に便利 であるが, このよ うな条件でみられる構造がすべてではな い、温度と圧力が変化すると金属の構造が変化する場合があ り、 それらの結晶形 (相) をその金属の多形 (polymorph) という. たとえば, Sc は 1610K でhcp 格子 (ov-Sc) から Dcc 格子 (B-Sc) に可逆的に転移する. 2 回以上の相転移を 起こす金属もある. 大気圧下983KでMnはo-Mnから B-Mn に 転移し, 1352KでB-Mnからy-Mn に, 1416 K で7-Mn から o-Mn に転移するoc-Mn は複雑な格子をも つが (前述), B-Mn は十二配位の 2 種類の Mn が存在する 」 やや単純な構造を有し, y-Mn はひずんだccp 格子,c-Mn 格子をもつ. 高い温度で形成される層は低温に焼入れ 引構造を保持しながら急冷) できる場合もあり, でをの構造を決定することができる. 熱化学データか | 較価の異なる多形問のエネルギー差は通常非常に小さい ことがわかる.

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