量子力学モデル(quantum mechanical model) とは何か簡単に概要だけでも教えてもらえませんか？ 高校何年生でやるのかだけでも構わないので教えてください🙇‍♂️

The Bohring World of Niels Bohr In 1913WBohr proposed that electrons are arranged in concentric circular paths or orbits around the nucleus. Bohr answered in a novel way why electrons which are attracted to protons, never crash into the nucleus. He proposed that electrons in a particular path have a fixed energy. Thus they do not lose energy and crash into the nucleus. 7カje energy /eve/ of g/) e/ecro7 5 太e 7eg/O7 g7Ounの のe 70C7eus Were た5がeルfo pe. These energy levels are like rungs on a ladder, lower levels have less energy and work. The opposite is also true if an electron loses energy it falls to a lower level. Also an electron can only be found rungs of a ladder. The amount of energy gained or lost by every electron is not always the same. Unlike the rungs of a ladder, the energy levels are not evenly spaced. 4 gug/fg77 O7 ene79y 75 妨e 977Ou7た Oげ ener9y ee0eg ro 77oVe 7 e/ecfron廊O77 745 prese7t _ene/rgy 7eve/ 7O je exf jgカer oe or to make a quantum leap- The Quantum Mechanical Model Like the Bohr model, the ggg74777 776c7g77Co/ 777Oe/ leads to gugn67ze9 energy levels for an electron. However the Quantum Mechanical model does not define the exact path an electron takes around the nucleus. It is concerned with the likelihood of finding an electron in a certain position. This probability can be portrayed as a (oto sale) o @ ら oプ @ Figure 3A Classical Alomic Schematic of Carbon 党 Figure 3B New Atomic Schematic of Carbon 1 nucleus while Gtrostatc equivalents keep Envelopes separale Figure 3C New Atomic Schematic of Oxygen (Electron Envelope above page not shown) blurry cloud of negative charge (electron cloud). The cloud is most dense where the electron is likely to 人M be. ーーーーーー" 午

1枚目の文の下線部の構造が全くわかりません。 教えてください！

Science has taught us to see the world aS 3 imperSonal machine which can best be understood in er of its component parts and of measurable quanities like mass and velocity. So successful has this analytic view prove to be that it has focused the attention of our culture On a jmited, mechanical part of our experience at the exDenSe of o(her more vital, more human OneS。 全くきき

学校でここをコピーしたプリントを宿題としてやったんですけど答えを順に発表していくスタイルで答え合わせをするので、先に自分で答え合わせしたいので、答えを教えてくださいm(__)m

左の単語の下線部と発音が同じものを1つ選び, 番号で答えなさい. 葉還設必ラク肖 1) ancient @ fall @ sad @ mail @ said (⑫) mechanical @ school @ lunch ③ child @ teacher 3) shadow @③ paper @ fan ⑧ date @④ water ⑳ movement ⑥ nose @foot @both @ food 困 次の単語の意味を書きなさい、 Q⑪) rod [ ] (②) mechanical [ ] (3) sundial [ ] (4) ancient [ 1 (5) movement [ ] (6) shadow [ ] (⑦ invent [ ] (8) turn [ ] 較 日本語の意味に合うように, かっこの中に適当な語を入れなさい. (1) 左の方をどらんなさい, 富士山が見えますよ. ( ) ( ) your left, and you will see Mt. Fuji. (2) むかし, 人々はたくさんの寺を建てました m( ) ( ), people built a lot of temples. (3) 少女たちは東京から京都に旅行しました. The girls traveled ( ) Tokyo ( ) Kyoto. (4) あなたにとって1日で一番人忙しい時刻はいつですか. What is the busiest ( ) of the ( ) for You (5) 大きな白い雲が空を横切りました. Big white clouds ( ) ( ) the sky DTB @ with て「とともに」 * 下線部に注意して, 次の英文を訳しながさい. 3 went to Kyoto with my family last week. 東 3の

なんでこの文は比較級になっているんですか？

K:Good question! Early in the morning, wayfinders ]ooked carefully at the position of the rlsing sun. Before the sun got_higher in the sky, they tried to read pattermnsof waves.called “faces。of the ocean” During しに

なんでこの文はhaigher というふうに比較級になっているんですか？

K:Good question! Early in the morning, wayfinders ]ooked carefully at the position of the rlsing sun. Before the sun got_higher in the sky, they tried to read pattermnsof waves.called “faces。of the ocean” During しに

英語の長文問題で 出来る方、回答を教えてください！！

With the rising cost of oil and concern about め 6R 上Eo around the world are looking 誰: cheaper/renewabk WayS to produce( ア :/ ag we haYe had success using wind turbimnes_to_ larneSS wind energy CuSimg_solar_panels_tO Overt energy from the sun/ Another energy SOurCe that is getting more and Tore_attention_3e_tidal_powey/ which uses underwater.turbimeS ネo_Capture P に 0 has rarely been_utij ed-trtttHnomW. TO 86 However。 development/costs haye-eeme-dowm_recently, and technological improvements have made tdal power 8eneration easible.in more locatiorts_than_before-. As tidal power comes-eoser.to (、エ ) he next renewyable technologyCtis abou to get # big-tesb m e world's_largest underwater turbine Was installed_off the . coast of Scotland. /Designe -by antis OUTC( こ 1 1800_tons, iS Over 22 meters 0 a r f .コ8 meters. It is estimated that the.( ょdouble-turbine AK-1000 will initially produce 1 megawa大of_ energy。 or enough energy to power_about_1.000 homesS_By 2020)( ヵ ), engimeers_estimate that the-、 0 / Despite its 1 an energy《 キ ),many_queStions remaim abo jabザ idal poweW- For 選 _example pact me hife is largehrunknow "The( ク ) of the AK-1000 claim fhaf- its-turbine any_wildiifeJ but it wil やe neCessary_to_monitor_the_actual- impacf on sea ITe. Also, (he best sites for idalpowertendLto_have the biggest waves_aad{ ケ )currentsy making it di7culf もoistall and maintain equipment、 At their site of the coaSt of northerm Scotland, engineers workimg on the AK-1000_can-expect-rough_Seas_and-an average temperature of eleven degrees CelsiuS. 6 The ( コ ) of gdal power iS still umcl 1 and poliey: YS wi sely_watching the AKc1000.to see w er tidalpower.can become.a mainstrearrSouree-of renewable-ene HGも1CT td2】

be likely to 動詞 熟語なのに、likelyがなぜ移動できるのですか？

(on a si き V mgle traim)]. ” However , pe key toい likely to V「Vする可能性がある」 MD are to be delayed ( becauselol [ama m V mechanical problems)。 "No

こういった重要な事柄が何故these are the important items になるのですか？ are 必要なくないですか？

教えてください(＞＜)

第5問 W点 20 is preparing a DOS Your group エLamarr using the informati0n from ey over of todaY8 fashion mag92ini 。 mos beautfl WO n some of the most ral films, WOn jer biggeSt it had not | ED iered to be 人 as an actre58 1 in her day she was widely iced seVe | roria。 shes well known fr | par mories ofthe 1940s and 0s。 She also PrOdm 8 several awards and was often 8 targetof criticism. pespite al Ga as gnored by the histo pooks。m facb六 old would probably be VP different. ig Eva Maria Riesler 所 Vienna, Austria- rker and her mother W88 8 pianist Her things worked and from a eg てfive years of age She could hem back togetherl Her lld often her work impact on the world wi jeen for her contributions today Hedy Lamarr was born as HedWi Tungary in 1914。 Her father was a Dam uriosity about how father encouraged her interested in technology 人 putt rts and her family Wonl chool was chemistry and at the age of early age she wa jake apart mechanical devices and already the a mother encouraged her appreciation of and theater Her favorite subject in S auGiful and dlever teenager 。 film stndio. Soon She WaS appearing on screenl! very first starring rOle Watching him meet | and soon marrie to applied science | with scientists at business meetingS WaS her introduction nd eventually met She separated from her hnsband after only a feW Year8 studios. Although she spoke no Louis B. Mayer the head of MGM movie e and hired her | | Brgliuh atthe tine Mayer was Ye impressed by her presene 7 500 dollars a week (Over 8.000 dolars in today's money) She moved (9 to Hedy Lamarr after the beautiful silent Hollymwood and changed her name 5 人mstar Barbara Lamarr Eventually Hedy would get her American sit the opera She developed into a very be 16, Maria Kiesler decided to visit By 1933 she had become world famous in her d her first husband, a rich businessman. | giizenship in 1953 | 4/gze7s, Lamarrs first MGM fim, was a Dig sue gorgeous 1ooks and exotic accent. Her most famous role Was Delilah in 7zs 7の7. Unknown (0 her fans however Hedy was an inventor in her free timel リ 『 me: in 1988 due to her 327

なぜ、黄色で囲ったところのような式が出るのか教えてください！

昌 回渡の波融 ュ導位 これまでは, 一直線上を伝わる ( 波に (eeで(は 波について学んた に 面上を伝わる波について考えよ 6 回19 小波画 水面上の 1 点を振動させると, 当 波源を中心に円形の波紋が広がる( る(軌19紀でのとき, 同じ では振動の状態, すなわち位相が等しい。 これらの位相が等し ねた面を 波面 といい. 波が平面になる波を 平面江。 wave front 2 なる波を 球面没 という。波面は波の進む向きと常に垂直であ< spherical wave 水面上の 2 点を振動させると, これらの点を波源とする波が広が る(図 20)。このとき, 山と山(谷 と谷) が重なりあう場所は振幅が 大きくなる。また, 山と谷が重な りあう場所は, 振動を弱めあう。 四20 水画洲の証渉 ---は螺めあう を結んだ線の一部を示した。 このように, 波が重なって振動を 強めあったりめあったりする現象を 波の干渉 という。 図21 をもとにして, 強めあう場所と, 時めあう場所の条件を式で表 そう。 振幅 4 で同位相(一方が山のとき他方も山。 一孝が谷のきき他方も倒) で振動する 2 つの流源Su。 S。 から出る波の波長をえとずる波源S, S。 (MM ぁ とすると, 距離の差は | と家す 渉の条件は次のようになる。 強めあう点 : |』ー叫4=2mX今 選めあう点 : |』ー引 =+計4=(2w+1) x誠 0 AS 5 若 で さ破線 | ) は, 波源 Q。 5。 を点とする双曲線となる。 また, 法旨 * 出 っ>