Your〜success.の正しい訳は「皆様の尽力と貢献が、当社の成功の原動力です。」なのですが、 「皆様の尽力と貢献（Your~contritution)は、当社の企業の成功につなげること（what〜success）」を意訳すると正しい訳になるのですか？ （is以降の訳が... 続きを読む

As president, I would like to express my deep appreciation for your hard work and dedication this year. Your commitment and contributions are what drives our company's success.

468でも、試しに〜してみる、という意味になってtry doingになりませんか？ 見分け方を教えて欲しいです🙇‍♀️

468 He tried ( 469 ) the piano, but he couldn't. ①having played 2 playing of ③ to have played to play gniob ode 〈立命館大〉 ob of admeme A The picture is too bright, and there are lines all over the before you drive it. tl ob of redmomen Farming screen. B: Try (8 4) the control knobs on the bottom. odomet ③ 1 to be adjusted 2 adjust 3 adjusting ① to adjusting 4 〈法政大 〉

線を引いたところの訳し方を丁寧に教えて頂きたいです🙇‍♀️

L American poet Ralph Waldo Emerson once said, "Every artist was first an amateur." He likely never thought those words would apply to machines. Yet artificial intelligence (AI) has demonstrated a growing talent for creativity, whether writing a heavy-metal rock album or producing an original portrait that is strikingly similar to a Rembrandt. Applying AI to the art world might seem unoriginal; there are, of course, plenty of humans delivering awe-inspiring work. Supporters say, however, the real beauty of training AI to be creative does not lie in the end product-but rather in the technology's potential to expand on its own machine-learning education, and to solve problems by thinking in different ways far faster and better than humans can. For example, creative problem-solving AI could someday make snap decisions that save the lives of the passengers in a self-driving car if its sensors fail. AI with a creative component will be essential in developing highly automated systems that can respond appropriately to human life, says Mark Riedl, an associate professor at Georgia Institute of Technology's School of Interactive Computing. "The fact is, we do lots of little bits of creativity every single day; lots of problem-solving goes on," Riedl says. "If my son gets a toy stuck under the couch, I have to devise a tool from a hanger to get it out." Riedl points out human creativity is also important in human social interactions, even telling a well-timed joke or recognizing a pun. Computers struggle with such subtleties. An incomplete understanding of how humans construct metaphors, for example, was all it took for an experiment in Al-generated literature to compose a new Harry Potter chapter filled with nonsensical sentences such as, "The floor of the castle seemed like a large pile

逆は成り立つのでしょうか

定積分と不等式 はさみうち a≦x≦bで,f(x)≦g(x)が成り立つとき,ff(x)d≦fg(x) dが成り立 S' f(x) dr が容易に計算できないとき,定積分の値を評価する(不等式ではさむ)た

下から15行目のthrow whichのthrow とはなんですか？

y II Day 12 15 5 Negro Leagues Baseball was a collection of major and minor-league baseball leagues that were the first to showcase black team sports on intertwined with the African American and American experience not only a national scale. Launched in 1895, the leagues, as with jazz, became as a cultural element, but as a lucrative business endeavor. team The leagues were not under central management, and schedules and composition League, were changeable from season to season. Appearance and disappearance of leagues was common: the National Colored Baseball for instance, collapsed after only two weeks of operations. Latins, especially Cubans, were also a significant presence on teams. In these ways, the Negro Leagues were quite similar to their white counterparts which would eventually consolidate into Major League Baseball. Blacks near the beginning of the 20th century had only a fraction of whites' purchasing power, so the emergence of the Negro Leagues might have seemed unlikely. However, the Negro Leagues had two main draws that accounted for its business success. The first was a deep reserve of athletic talent. After blacks were formally excluded from white leagues in the 1880s, the Negro Leagues were the sole organization through which black players could work professionally. The quality of Negro Leagues 20 players was high, and substantiated through exhibition matches between Negro Leagues and Major League teams: over the years, both had their fair share of wins and losses in these matches. Another reason for the success of the Negro Leagues was an increasingly affluent black fan base. Driven by American industrialization, blacks were concentrating in major cities such as New York City, Chicago, and Atlanta. Usually barred by custom-and in the South by law-from attending many white entertainment outlets, blacks turned to Negro Leagues games. As a result of these factors, by the 20th century the Negro Leagues were earning a combined millions of dollars. This profitability ended with the desegregation of Major League Baseball. Black fans began attending Major League games, starving the Negro Leagues of its core revenue source. By 1951, the Negro Leagues had ended, although a succession of black star athletes in the Major League had begun.

2） 3単語何が入るか教えてください🙇🏼‍♀️

Yoshida Nagi is a unique photographer. She often takes pictures in Africa and other places around the world. Yoshida became interested in African ethnic groups when she was five years old. She happened to see the Masai people, one of the ethnic groups in Africa, on TV. She did not know why, but she became strongly attracted to the Masai. She even thought, "I wish I were a member of their tribe." Soon after that, going to Africa became one of her dreams. She stopped going to junior high school in second. grade because she had trouble fitting in. In fact, she was bullied in both elementary and junior high schools. After leaving school, she worked for several years and saved money. Her childhood dream came true in 2009, when she was 23 years old. She finally visited Africa.

your〜success.の正しい訳は「皆様の尽力と貢献が、当社の成功の原動力です。」なのですが、 「皆様の尽力と貢献（Your~contritution)は、当社の企業の成功につなげること（what〜success）」を意訳すると正しい訳になるのですか？ （is以降の訳が... 続きを読む

As president, I would like to express my deep appreciation for your hard work and dedication this year. Your commitment and contributions are what drives our company's success. 7450

(1)〜(4)の解き方って合っていますでしょうか。また、(5)の問題が分からなかったので教えていただきたいです🙇左が問題、右が解いたものです。

問4 軽いバネの片端を壁に固定し、 他端に質量mの物体をつけて粗い床面に置いた、水平パネ振り子を考 える。 バネが自然長の時の物体の位置を=0とし、 バネが伸びる向きに軸正をとる。 物体は床面から速度 と逆向きの抵抗力-bu を受ける (6は比例定数)。時刻 t = 0 に、 原点にある物体に正の初速度 vo を与える と、バネ定数にがん=だったため、このパネ振り子は臨界減衰振動をした。 この時、任意の時刻 t におけ る物体の位置(t) は右下のグラフのようになり、y=を用いて以下の式で表せる。 (t)=votent 以下の間に、mo, のうち、 必要な記号を用いて答えよ。 (自然対数の底eは数字なので、当然使用可。) (1) 最初に物体の速さが0となる時刻 to を求めよ。 (2) 時刻 to の物体の位置 z (to) を求めよ。 (3) 時刻 to までにバネが物体にする仕事 W を求めよ。 (4) 時刻 to までに床からの抵抗力が物体にする仕事 Wa を、 (3) の結果を用いて求めよ。 (5) 【チャレンジ問題】 前問で求めたW を、 以下の積分を実行することで導け。 rx(to) = to) (-kv)dz = Wa= ・to sto (-kv)dr = √ (-bv) vdt = √ (-bv²) dt 位置 時刻

全部教えてください！ 書いてるところは合ってるかも知りたいです

5章 相似な図形 5章の確認 1 相似条件と相似比 右の図で、 ∠BAC = ∠BCD である。 次の問 いに答えよ。 □(1) 相似な三角形を記号を使って表せ。 また, そのときに使った 相似条件を書け。 △ABCDLCBD □ (2) の値を求めよ。 24.2=3x 2x=3 B 3 5章 相似な図形 5章の応用 1 右の図のような鈍角三角形ABCがある。 点Pは点Aを出発 して毎秒0.5cmの速さで辺AB上を点Bまで進む。このとき 2つの三角形ABCと△PBDが相似になることが2回ある。 それは何秒後と何秒後か。 12 cm -P -2.. 32:2 ★ 2 右の図のように, △ABCの辺BCの中点をDとし,辺AB上 に点Eをとり,辺CAの延長と線分DEの延長との交点をFと する。 AC=12cm, DE: EF=2:1のとき, 線分FAの長さ を求めよ。 2 三角形と比・平行線と比次の図で, xの値をそれぞれ求めよ。 □ (1) DE // AC □ (2) a//b//c □ (3) AD//EF//BC A--8-D EF B x=6 中点連結定理の利用 右の図の△ABCで,点D,E,F,Gは それぞれ線分AB, BC, CD, DAの中点である。 12 21 B A+ 29 C 27. d ★ 3 右の図のように, ∠ABC=90° の直角三角形がある。 辺AC上に点Dをとり, 点Bを通り線分BDに垂直な直線上 に∠EDB= ∠CAB となる点Eをとる。 また, 線分EDと辺 ABの交点をFとする。 次の問いに答えよ。 D このとき 四角形DEFGは平行四辺形であることを証明せよ。 B E 4面積比体積比 右の図で, ∠C=90°, AD: DB=3:1である。 点Dから辺ACにひいた垂線をDEとする。 このとき,次の問い 3 □ (1) ADEと四角形 DBCEの面積比を求めよ。 E 9:1 B ★□ (2) △ADE, 四角形 DBCE を辺ACを軸として1回転してできる立体をそれぞれPQとす るとき PとQの体積比を求めよ。 ★ 5 線分の比 右の図の ABCDにおいて, DE: EC=2:1, □F, Gはそれぞれ対角線 AC, 線分AEと対角線BDとの交点 である。 このとき, DG: GF を求めよ。 B' 150 (1) ADBCAFBE であることを証明せよ。 B JC 3cm D 5cm B □(2) AB=6cm, CA = 10cm, ∠DBC = ∠DCB のとき, 線分AFの長さを求めよ。 D 本 4 右の図で、四角形ABCDはAD // BCの台形, Eは辺CDを F D 12に分ける点, Fは辺AD上にあって, BC=FD となる点, Gは線分BDとEFの交点である。 △EDGと四角形ABGF の面積比が27のとき, AF FD を求めよ。 5 右の図で △ABCは, AB=AC=12cm, ∠A=90°の直角 「二等辺三角形, 三角柱ABC-DEFは△ABCを底面とし,高さ が12cmである。 AP=AQ=4cm となるように, 辺AB, AC 上にそれぞれ点P,Qをとり, DR=3cm となるように,辺 AD上に点Rをとる。 点Rを通り, 底面に平行な平面と線分 PE, QF との交点をそれぞれ, S, Tとする。 6つの点A, P, Q,R, S, Tを頂点とする立体の体積を求めよ。 E B 0 G IE 151

数学積分です。 (n-1)(In-2-In)のところまでは理解出来たのですが、そこからnIn=につながるのが理解できません。なぜこの式に変形できたのでしょうか？どなたか教えて頂きたいですm(*_ _)m

π In= = sin "rdr とおくとき,部分積分法を用いて, 2 In=n-11-2(≧3) を示せ. n 精講 入試では頻出テーマですが,「部分積分法を用いて」の部分 ないことが多いようです。 結果を覚えておく必要はありま 解答の流れは頭に入れておく必要があります. 解答 In= 2 π 2 sin"-x.sinxdx="sin"-¹x-(-cos x)' dx =|-sin" π 2 -[-sin-rcos.r] + (n-1) sin*~*r(sin.r) cos.rdr π S55 COS ]² √² 0 =(n-1)f sin"-2xcos'rdr π 2 =(n-1) f sin"-2x(1-sin'z) dr =(n-1) (In-2-In) ∴.nIn=(n-1) In-2 →合成関数の微分:62 -In (a-y よって,In=n-1 -Inn+I よって, In=n-1I-2 (n≧3) n