答え教えてください😭😭 1問目はand he works、3個目はdecided not to goだとおもいましたが単語数的に合わなくて、、😭😭

refore g C 日本語に合うように,( )に適切な語を書きなさい。(3点×4=12点) 1. 私たちは昼間働くが、彼は夜働く。ructing an old pot from a few We work in the daytime and ( 2.私がこの本を見つけたのは偶然です。構 (Iter )was by chance that ) at (night). Over again, bitpaign ) I found this book. 3.彼女は初め買い物に行くつもりだったが、結局は行かないことにした。 She was going to go shopping at first, but she decided ( another in the end. S ) 4. ビルが試合に勝つなんて僕は思いもしなかった。 I tru) ottom Little did andiz) (Big) think Bill would win the game. differen ronds.

文法的な誤りはどれでしょうか？わかる方教えていただきたいです。

(1) (2) (3) On New Year's Day, many Japanese watch special programs on TV, visiting shrines, and relax at home. (4) ¯

かっこに入る w で始まる単語を教えてください。

The skyscraper had been designed to ( ) even the strongest earthquake. Sure enough, when an earthquake came, the building remained undamaged.

かっこに入る i で始まる単語を教えてください。

The climbers had aimed to reach the top of the mountain before nightfall, but their climb was ( ) by bad weather and they were delayed by five hours.

不定方程式についての質問です。(１)のような問題が来た場合、手当り次第数字当てはめて行くしかないってことですか、？

246 第9章 基礎問 147 不定方程式 ax+by=c の解 Lead yを整数とする. 方程式 2x3y=7･･････ ① について,次の問いに答えよ. (1) ①をみたす (x,y) の1組を見つけよ (1)(x,y) を (α, β) とするとき, 2α-3β=7. ②が成り たつ ①,②を利用して,r-αは3の倍数で,y-β は2の倍数で なあることを示せ . (3) ①をみたす (x, y) をすべて求めよ. (4) ①をみたす (x, y) に対して, r'-y2 の最小値とそのときの x, yの値を求めよ. |精講 ax+by=c(a,b,c は整数でαとは互いに素)をみたす (x, y) を求めるとき,この基礎問の(1)~(3)の手順に従います。 (1) 未知数2つ, 式1つですから, (x, y) は1つに決まりません. すなわち,たくさんあるということです. その中から、何でもいいから1組 見つけなさいということです. (2)x-a や y-β をつくるためには,①-②をつくるしかありません.J (3) -αは3の倍数だから, x-α=3n (n: 整数) とおけます. もちろん,(α,B) は(1)で決めた値です. (4)(3), x,yを1変数nで表しているので,x-y' もんで表せます. (1)x=2,y=-1 とすると, 2x-3y=2・2-3・(-1)=7 よって、 ①をみたす (x, y) の1組は (2,-1) 注 このほかにも(x,y)=(5, 1), -1, -3) などがあります。 (2) 2x-3y=7. ① 2a-3β=7... ② ①-②より2(エーα)=3(y-B)

赤い下線のところがどういう構造になっているか分からないです、教えてくださいm(_ _)m

moving from " (1) 点) There are historians and others who would like to make a neat division between "historical facts" and "values." The trouble is that values even enter into deciding what count as facts-there is a big leap involved in 'raw data" to a judgement of fact. More important, one finds that the more complex and multi-levelled the history is, and the more important the issues it raises for today, the less it is possible to sustain a fact-value division. But this by no means implies that there has simply to be a conflict of prejudices and biases, as the data are manipulated to suit one worldview or another. What it does mean is that the self of the historian is an important factor. The historian is shaped by experiences, contexts, norms, values, and beliefs. When dealing with history, especially the sort of history that is of most significance in philosophy, that shaping is bound to be relevant. As far as possible it needs to be articulated and open to discussion. The best historians are well aware of this. They are alert to many dimensions of bias and to the endless (and therefore endlessly discussable) significance of their own horizons and presuppositions. A great deal can of course be learned from those who do not share our presuppositions. Our capacity to make wise, well-supported judgements in matters of historical fact and significance can only be formed over years of discussion with others, many of whom have very different horizons from our own. It is possible to I have a 12-year-old chess champion or mathematical or musical genius, but it is unimaginable that the world's greatest expert on Socrates could be that age. The difficulty is not just one of the time to assimilate information; it is (2)

(a−1)(b−1)(γ−1)の値を求めたいんですけど、なぜ−3になるのですか？ この等式の両辺にx＝1を代入しても、なんで−3になるのですか？ab➕bγ＋γa＝➖3の−3から来てる事はわかります

106 xx3th 重要 例題 66 3 次の対称式の値 (-1) (B-1)(x-1), α3+B'+y' の値をそれぞれ求めよ。 3次方程式3x+5=0の3つの解をα, B, yとするとき,*+B+2, p.95 基本 指針値を求める式はどれもα. B, Yの対称式。したがって、2次方程式の場合と同様に、 方法で求めることができる。 器 t=x=(S 「解の対称式の値 3次方程式 ax+bx+cx+d=0の解α, B, Y 〆toth=-y. AB+Br^ 1. 基本対称式α+β+r, aβ+βy+ra, aβy で表す。 ......... 2. ax+bx+cx+d=a(x-a)(x-β)(x-y) の利用。 3.ax+ba'+ca+d=0 などの利用。 3次方程式の解と係数の関係から ますので 16187 a+β+y=0,aß+βy+ya=-3,αßy=-5 ゆえに a2+2+y=(a+β+y)-2(aB+By+ra) =02-2・(-3)=6 1. の方法。 などに 等式 x-3x+5=(x-a)(x-β)(x-y) が成り立ち,この等式 の両辺にx=1 を代入すると 1°-3・1+5=(1-α) (1-B) (1-y) よって (α-1) (B-1)(x-1)=-3 なしこんだあのしたのが、 2 方法 α, β, y はそれぞれx-3x+5=0の解であるから 3. の方法。 なり a3-3a+5=0 B3-3β+5=0 α'+B'+y=3(α+β+y)-15=-15 ゆえに 03=3α-5 ゆえに y-3y+5=0 ゆえに y=3y-5... ..... ① ② ③ の辺々を加えて β3=3β-5... ② この問題では、3次から 次に下げることができる。 で、有効である。 ...... ① 次数を下げる。 のを求める際の b

赤線のthatが指している単語はなんですか？？

The invention started in 1995, when the Great Hanshin-Awaji Earthquake struck the Kansai region. After this terrible disaster, the tap water supply completely stopped. Local people waited in long lines every day for clean water to arrive. During this time, Dr. Oda often visited a pond near his home. He said to himself, "If I could clean the water in this big pond, that would make everyone so happy.” He thought and thought about a good solution. One day, looking at the pond, he did hit upon a simple but wonderful idea. Six years later, he finally completed powdered natto that could stick to dirt and make it sink. He immediately founded a new company to sell his powder. Contrary to his high expectations, it was not a hit in Japan.

関係代名詞についての問題です 解いてみたのですが、間違っていたら教えてほしいです🙇🏻‍♀️💦 明後日テストがあるのでよろしくお願いします(><)

3 下線部の関係代名詞に注意して、次の英文を日本語にしなさい。 OSS (1) Mari, who is only ten years old, sometimes knows things better than her parents. まだ10歳のマリは、時々両親よりも物事をよく知っています。 (2) We followed the right path, which turned out to be a bad idea. C 私たちは正しい道を選んだが、それは悪い考えだったことが判明した。 (3) My father bought me a new smartphone, which I use every day. 父が私にスマートフォンを買ってくれて、私はそれを毎日使っています。 4 英文の意味が通るように,( 内に入る適切な関係代名詞を[ ]から選びなさい。 ABC (1) She sang a song (whose ) melody I liked. (2) This is just ( whom ) I need. (3) My brother, (who) is a teacher, often helps me with my homework. (4) (What) makes me happy is your smile. (5) That store, (which) opened in 1968, is going to close this autumn. (6) This is the best musical (that) I have ever seen. [ that/Which / whose/whom/what/ who ]

教えて下さい

[3] 次の英文を読み, 各問いに答えなさい。 [思•判・表] (教科書 P.106~107 参照) Good morning, everyone. Today I am going to tell you about orienteering. Do you know orienteering? Maybe some of you have experienced it. You might think it's like a game in the woods, where you use a map and compass to find some flags. Well, orienteering is also a competitive sport. It started in Sweden, and is most popular in Scandinavia. [4 (1) (2) (3) In an orienteering event, ( ① )competes alone, wearing a running suit that protects them from the weather and the bush. At the starting line, runners start at least one minute apart. When you are told to go, you are given the map for the first time. You then use your compass and the map to find a series of points in the forest. At experienced levels, the points are often far from roads. At each point, there is an orange and white box flag. There, you punch your card. You may not go to points in the wrong order. After all of the runners have passed the finish line, the person with the fastest time in each category of sex and age range is the winner. I tried orienteering once in elementary school, but I'd like to try it someday in a competitive event. Thank you for listening. (1)( ①)にふさわしい主語を選択肢から選び, 記号で答えなさい。 ア. all people イ. each person ウ. all players (2) the loser (敗者) と反対の意味を表す語句を第二段落から探し出し, 解答欄に書きなさい。 (3) 説明されている競技において、以下のア~エを進行順に並べ替えて、3番目にくるものを記号で答えなさい。 ア. 走者達はコンパスと地図を用いて, 森の中の一連のチェックポイントをさがす。 イ. 全走者が走り終えた後, それぞれの性別や年齢層でいちばん時間が速かった人が勝者となる。 ウ. それぞれのチェックポイントには, オレンジと白の旗 (box flag)があり、 そこで自分のカードにパンチで穴をあける。 エ. 走者達はスタートしていいと言われたとき、 初めて地図が渡される。 【