段落の最後の文のmade our stay there truly memorableはmake O Cの形だと思うのですが、thereはCの一部なのですか？また何を示しているのでしょうか？？

evis (3) On behalf of my group, I am writing to tell you what an amazing experience we had during our recent trip to Kiskadee. Although we were initially disappointed that Oakwood Grove was fully booked, the breathtaking beauty from the valley site made our stay there truly memorable. telug (A)

I am〜Kiskadeeの文章でwhatは何をしてしているのですか？（何を示すwhatなのか分かりません）

evib (8) On behalf of my group, I am writing to tell you what an amazing experience we had during our recent trip to Kiskadee. Although we were initially disappointed that Oakwood Grove was fully booked, the breathtaking beauty from the valley site made our stay there truly memorable.

3)おもりにかかる力は向心力のみなんですか？ F＝sinθなのがよくわからないです。 遠心力や張力は考慮しないんですか？

216 Chapter 8 円運動 問8-4 問8-4 角速度で回転する円板に、 支柱を取りつける。 質量mのおもりに糸をつけ、支 君の原点に結びつけたところ順交性と来は角度をなして停止した。おもり の中心の距離をとし、以下の問いに答えよただし重力加速度の大きさをまと (1)糸の張力の大きさを,m, g, eを使って表せ。 (2) 遠心力を考慮し、物体にはたらく水平方向の力のつり合いの式を立てよ。 (3) おもりの円運動の運動方程式を立てよ。 さて、遠心力の考えかたを身につけるべく問題を解いていきましょう。 (2),(3)が大事な問題ですから、しっかり理解してくださいね。 解きかた (1) m.g.8で表すので、鉛直方向に注目しましょう。 糸の張力の大きさをSとおくと、おもりにはたらく鉛直方向の力のつり 合いより Scos0=mg w → 鉛直方向の力のつり合いを考えて Scos=mg mg S= cos mg S= cos o (2) (3) 8-4 心か 円板が m 回るんだね S Scos 0 0: Img 80 (2) 「遠心力を考慮し」とあるので、おもりに観測者を乗せて考えます。 観測者は円運動することになるので 回転の中心に向かって加速度 a=rw2で運動しているということです。 観測者からするとおもりには慣性力ma=mrw2が回転の外向きにはた らいて見えます。 また、おもりには糸の張力がはたらくので、力のつり合いより Ssin0=mrw2 sine (1)の結果より Ssin0=mg =mgtane cose よってmgtan0=mrw2 おもりにはたらく向心力はSsin で,角速度 4. 半径rの円運動をするので Ssing=mrw² mgtan0=mrw² 舎 ... (2)と(3)を比べると同じ式になりましたね。 遠心力は円運動の慣性力です。 しっくりこない人はChapter7 を復習して、理解を深めておきましょう。 遠心力(=ma Ssin 0 Omro S sin mrw a=rw2 おもりは回転の中心に向心力 同心カ おもりの上に観測者を乗せて 考えると,F=mrw2 の遠心力 を上図のように受けるので 力のつり合いより Ssin=mrw² mg cos B mg tan 0=mrw² どちらも結果の式は 同じだが、考えかたが 違うんじゃ Ssin を受ける。 円運動の 運動方程式より Ssin0=mrw wwww www F ma 2 mgtan6=mrw2 ここまでやったら 別冊 P. 40~

教えて欲しいです！！ お願いします！！

1 各組の文がほぼ同じ内容になるように, () に適語を入れなさい。 (1) Tom often says, "I love movies." ) ( ) movies. Tom often says that ( ((2) He said to me, "I am going to play golf." He (hy) me that ( (3) Nancy said, "I will go to the party tonight." Nancy said that ( )( ( Job I sed of new I tart nointigo mov ei I ) going to play golf. ob M tad) ) go to the party ( ) night. 1人1 The (4) She said to him, "When will you go to London?" She () him when ( (5) Mr. Sato said to me, "What are you studying?" ) (Only) to London. studying." go and lit Mr. Sato (as I know) me ( ) (now) (as) studying. (6) David said to me, "Who bought the book?"ountry anc sri og I David (does Fin) me ((b) so) (s Finland) ( nicom i litau wen er ) (s Finland) () the book. (7) The boy said to me, "Can you drive a car?"oping the new pr The boy (colleag) me ( )I( ((8) Tom said to Sarah, "Are you all right?" (St ) drive a car. * litou 100 2W 31 as on ton sew sl jeg ton bib [ (d) Bo neither guide to ssb I bib o Tom asked Sarah (gy) (eloped ) ( first a) all right. (9) He said to me, "Did you watch the final match?" 79 he esvol. H (GRO He (p) me (x) (usa)()() the final match. (10) "I'll probably see you later," William said to Mary. William ( ) Mary that Babie IX. ) probably see (c) later.) + bib) (11) A man said to us, "Don't talk so loudly here." かえ Aman(書きなさ) us ( ) ( ) ( > so loudly (0) by 99 mi lat OON (12) My mother said to me, "Be home by seven."oops! My mother (() me (op)() home by seven. (13) She said to me, "Please take a picture of me." & A&P She ( () me (10)(ie 19d) a picture of her.) to ORE KINJWADA)ed 19tion bris dailgual dosd

(1)では遠心力を考慮していないですが、遠心力を考慮する時は[遠心力を考慮し]と記載されますか？ また、⑵のつり合いの式の両辺にmがついてますが打ち消さなくていいんですか？

<問8-4 角速度で回転する円板に、支柱を取りつける。 質量mのおもりに糸をつけ 柱の頂点に結びつけたところ, 支柱と糸は角度をなして静止した。おもりと回転 の中心の距離をとし、以下の問いに答えよ。 ただし重力加速度の大きさを とする。 (1) 糸の張力の大きさを,m,g,eを使って表せ。 (2) 遠心力を考慮し, 物体にはたらく水平方向の力のつり合いの式を立てよ。 (3) おもりの円運動の運動方程式を立てよ。 さて,遠心力の考えかたを身につけるべく問題を解いていきましょう。 (2),(3)が大事な問題ですから,しっかり理解してくださいね。 <解きかた (1) mg.8で表すので,鉛直方向に注目しましょう。 糸の張力の大きさをSとおくとおもりにはたらく鉛直方向の力のつり 合いより Scos0=mg S= mg cose (2) 「遠心力を考慮し」とあるので、 おもりに観測者を乗せて考えます。 観測者は円運動することになるので, 回転の中心に向かって加速度 a=rw2で運動しているということです。 観測者からすると, おもりには慣性力ma=mrw²が回転の外向きにはた らいて見えます。 また、おもりには糸の張力がはたらくので、力のつり合いより Ssin0=mrw2 (1)の結果より Ssin0=mg sin0 Emgtane cose よってmgtand=mrw答 (3) おもりにはたらく向心力はSsin0で、角速度 w半径1の円運動をするので Ssin0=mr2 mgtan0= mrw2 ・・・答 (2)と(3)を比べると同じ式になりましたね。 遠心力は円運動の慣性力です。 しっくりこない人はChapter7 を復習して、理解を深めておきましょう。 問8-4 円板が m 回るんだね 8 08 W → (1)鉛直方向の力のつり合いを考えて Scoso=mg S= mg COS Omr Ssin 0 20 mrw おもりの上に観測者を乗せて 考えると,F=mrw の遠心力 を上図のように受けるので 力のつり合いより Ssin0=mrw2 W mg cos0 mgtan 6=mrw どちらも結果の式は 同じだが,考えかたが 違うんじゃ (3) 0 Scos 0 Img S sin a=rw² おもりは回転の中心に向心力 Ssin を受ける。 円運動の 運動方程式より Ssin=mrw² wwww ww ma F mg tan 0=mrw² (合 ここまでやったら 別冊 P. 40~

292なんですがhave repainted my house にならないのはなんでですか？

Theme 79 (291) It( them three days to finish the job. 出 cost ② looked ③ made ④ took (宮崎大) 292 家のペンキを塗りかえてもらうのにずいぶん費用がかかりました。 It (money/cost / a lot of / me/house/repainted/my/ have / to). 出 (京都学園大) Then 291 I 292 1 1293) It doesn't matter ( she admits her guilt or not. ① which ② that ③ whether ④ what (高岡法科大) 293 1294 神が存在するかしないかは,私にとってどうでもよい。 It (difference / makes / me/no/whether / to) God exists or not. (中京大) 294 Theme 80 1295 It seemed that he had been seriously sick. 296 = He seemed ( ()() seriously sick. (武庫川女子大) I met an old friend of mine by chance yesterday. =I() to meet an old friend of mine yesterday. (工学院大) Ph Pa It = It happened ( )I( ) an old friend of mine yesterday. seem の4つの時制関係 Power Up! 60 (1) It seems that he is ill. He seems to be ill. (彼は病気のようだ) (2) It seems that he was [has been] ill. = He seems to have been ill. (彼は病気だったようだ) (3) It seemed that he was ill. = He seemed to be ill. (4) It seemed that he had been ill. = (彼は病気のようだった) He seemed to have been ill. (彼は病気であったようだった) 291 (4) 彼らがその仕事を終えるのに3日かかった。 292 It (cost me a lot of money to have my house repainted). 293 (③) 彼女が罪を認めるかどうかはどうでもよい。 294 It (makes no difference to me whether) God exists or not. 295 (to, have, been) 彼は重い病気を患っていたようだった。 296 (happened, that, met) 昨日私は旧友に偶然会った。 * by chance 「偶然にたまたま」 (1206) 138 Part1 文法 29

この丸がついてる部分なんですがなぜこれだと求められないのですか？

134 2023年度 数学 <解答> 工学院大 A日程/外部試験利用 よって 15 15 sin0-cos 0=± = + 3 3 k ここで一<< ら,sin00.cos0 と sinbcos6<0より 0は第4象限の角であるか 工学院大-A日程/外部試験利用 =BC= BD= このとき BC=3 → AD- AB+ AC キ sino-cos0 < 0 である。これより 0より, 15 sin0-cos0=- →エ また,直線 OB は ∠Bの二等分線であるから 3 2023年度 数学 (解答) 135 (3) P(x) を x2+3x-10=(x+5)(x-2) で割ると余りが2であるから, 商をQ(x) とすると P(x)=(x+5)(x-2)Qi(x)+2 これより P(-5)=2,P(2)=2 また,P(x) を x²+x-6=(x+3)(x-2) で割ると余りがxであるから, 商をQ2(x) とすると P(x)=(x+3)(x-2)Qz(x) +x これより P(-3)=-3,P(2)=2 さらに,P(x) を x2+8x+15=(x+3)(x+5) で割ったときの商をQs(x). 余りをax+bとすると P(x)=(x+3)(x+5)Q3(x)+ax+b これに, x=-3, -5 をそれぞれ代入して からお →オ, カ P(-3)=-3a+b=-3,P(-5)=-5α+6=2 これらを解くと a=-3. b=-21 →. (4) 点は △ABCの内接円の中心であるから, 直線 OAは ∠Aの二等分線となる。よって BA: AC=BD:DC 6:8=BD:DC BD: DC=3:4 BC=7より x 6- 6 Age B that D7 クール 6-7 C DB:BA=DO:OA 3:6=DO:OA AO:OD=2:1 これより AO= =AD=(AB+ AC) = 21 AB+/AC よって AO=sAB+tACを満たすs の値は S= →ク 21 8 $500 2 解答 (1) 自然数 mに対し,m を 10 で割った余りf(m) は mの一の位に等しいので f(21)=2, f(22)=4, f(23)=8, f(2)=6,f(2)=2... これより,数列{f (2")} は周期4で数字が繰り返されるので,kを0以上 この整数とすると f(24+1)=f(2), ƒ(24k+2)= f(2²), f(24k+3)=ƒ(23), f(24(k+1)) = f(24) が成り立つ。これより f(22023)=f(24.505+3)=f(2) = 8. ( (2)(1) 考察より 100 n=1 4-25 i-l (2)=f(2") ={f(21)+f(22)+f(2°)+f(2')}-25 =(2+4+8+6)・25=500 (答) (3) (1) と同様に考えると, f (3) (=1,2, ...) は f(31)=3,f(32)=9,f(3%)=7,f(3)=1 """

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

2と3が分かりません 2の3と4はどう違いますか？ 3はin on の使い分けがよく分かりません

grom Bimbute tot al webwi (1) 1 Choose the most appropriate choice to complete each sentence. si wall into 1 jar viniemes blow C ) ten years since the two companies merged. ①has been 2 has passed 3 is passed 4 go (1) It ( (2)( 3 What do you think is ) the biggest challenge in high school education today? Do you think that Do you think what it is What do you think it is A: What time does the library close? B: It closes at 9 p.m. Monday to Friday and 6 p.m. ( 1 at 2 by 3 in 4 on (4) The elderly woman, ( The elderly her. (5) If I ( of u bemut ) Saturdays. (05) ) had known Tom well, said that he was very kind to what whom ③which ④whood stamco bosolmald 1 can ) to win a lot of money, the first thing I would do is buy a new car. 2 could 3 has 4 were

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.