あってますか

" 8.日本語に合うように、空所に適切な英語を入れなさい。 (1) この店ではりんごはみかんより人気があります。 Apples are mare Popular than (2) 東京スカイツリーは日本で最も高い建物です。 the highest Tokyo Skytree is (3) 兄は私よりもたくさんの本を持っています。 My older brother has more books most beautiful (4) これは5つの中で最も美しい絵です 。 This is the oranges in this shop. building in Japan. than I do. painting of the five. 9-1. 次の日本語に合うように,( )に適切な英語を入れなさい。 (1) 私たちの教室は毎日そうじされます。 Our classroom ( is (2) このいすは木で作られています。 This chair ( )( cleaned ) every day. made ) ( of ) wood. (fregsuawttg) (3)これら2つの部屋はあまり使われないです。 These two rooms (aven't much. )(ofler 9-2( )内の英語を適切な形に変えなさい。(ただし, 1語になるとは限らな (1) I am (old) than my sister. older good (2). Your room is (big) than mine. bigger (3) This question was (difficult) than the others. more difficult 9.3例にならって,各単語を比較級と最上級にしよう。 (例1) long (longer) (longest) - (2) beautiful - (more beautiful) - (most beautiful) colder 1) cold - ( 2) safe - ( Safer )-( coldest ) )-( Safest )(happiest ) )-( biggest ) )-( best 3) happy (happier 4) big - ( bigger 5) good - (better 6) many/much - ( more 7) difficult - (more difficult 8) exciting (more exciting )-(most) )-(most difficult ) )-(most exciting)

①のhowは間接疑問ですか？それとも関係副詞ですか？それともそれ以外ですか？ また、わかる場合訳し方も教えて欲しいです。 お願いします。

4 >> The next example concerns languages without exact number words. 関連 Boroditsky explains how some languages don't have a word like "seven" or "eight." In fact, people who speak these languages don't count, and they have trouble keeping track of exact quantities. She calls counting a Ⓡ

(１)が分からないので教えて欲しいです。

5 10 15 20 25 S1 夏期講習 第3講 宿題読解(全クラス共通) 次の英文を読んで、 設問に答えなさい。 There is an old saying in English: "Laughter is the best medicine." Until recently, few people took the saying very seriously. Now, however, (1)doctors have begun to investigate laughter and the effects it has on the human body. They have found evidence (2a)that laughter really can improve people's health. Tests were done to study the effects of laughter on the body. People watched funny films, while doctors checked their heart rate, blood pressure, breathing and muscles. It was found ). It increases that laughter has similar effects to ( 3 blood pressure, the heart rate and the rate of breathing; it also works several groups of muscles in the face, the stomach, and even the feet. beneficial. If laughter exercises the body, it must be Other tests have shown that laughter appears to be capable of ( 4 ) the effect of pain on the body. In one experiment doctors produced pain in groups of students who listened to different radio programs. The group which tolerated the pain for the longest time was the group which listened to a funny The reason why laughter can reduce pain seems to program. be that it helps to produce natural chemicals in the brain (2b)that diminish both stress and pain. There is also some evidence to suggest that laughter helps the body's immune system, that is, the system which fights infection. As a result of these discoveries, some doctors and *psychiatrists in the United States now hold laughter clinics, in which they try to improve their patients' condition by ing them to laugh. They have found that even if feel like laughing, (5)making them ilar to those 文法テキスト宿題 p69 4 問1 下線部(1)をitの内容を明らかにして日本語に訳しなさい。 問2 下線部(2a) (2b)と同じ用法の that を含む文を、次のア~オから それぞれ1つずつ選びなさい。 7. He is the man that lives next door to us. 1. It was such a wonderful movie that I saw it five times. 5. The average price of whisky is higher than that of beer. I. No one told me that he had been ill. *. The fact that she lied made him angry. 問3空所(3)に入れるのに最も適当なものを、次のア~エから1 つ選びなさい。 7. mental powers physical exercise 1. vocal exercise I. a good sleep 問4 空所(4)に入れるのに最も適当なものを、次のア~エから1 つ選びなさい。 7. increasing . reducing 1. producing I. encouraging 問5 下線部(5)を them および those の内容を明らかにして日本語に 訳しなさい。

21番です。 なぜ、対比の訳になるのか教えていただきたいです🙏

IV 次の英文を読み, 空所 19~ VR肢①~④から1つずつ選びなさい。 問題 23を埋めるのに文脈上最も適切なものを、それぞれ下の選 Sixty-five million years later, the extinction of the dinosaurs remains a great mystery. Scientists think that dinosaurs existed on Earth for almost 200 million years. 19 could these great beasts, some of which weighed thousands of pounds and stood 100 feet tall, suddenly disappear? 11 The most popular theory is that the dinosaurs were killed off when an asteroid into southern Mexico. The asteroid's collision caused earthquakes, fires, and tidal waves. Volcanoes erupted, spewing poisonous gases into the sky and lowering the oxygen level in the oceans. Plants died, removing the food source for plant-eating dinosaurs. As these dinosaurs died, there was no food for meat-eating dinosaurs. In a short period of time, the dinosaurs were gone, and the first mammals began to appear. Many scientists note that, 21 the asteroid had a major impact, the Earth's climate had already scientists claim that mammals already on Earth before the asteroid might have 22 the extinction begun to change. The planet was cooling, and the colder temperatures were likely killing plants. Some by eating dinosaur eggs. We may never know for certain what caused the extinction of the dinosaurs. But it was most likely the result of a combination of the asteroid, colder climates, and egg-stealing mammals 23 the single event of the asteroid hitting the Earth. 2024年度 全学 Casey Malarcher et al., Reading for the Real World 1, Second edition When ② 19 What 3 Who 4 How came ② carried 20 3 crashed 4 burst 21 while once 3 unless 4 yet 22 ① governed obstructed 3 facilitated 4 united 23 1 other than rather than ③ except for 4 owing to

下線部クの次のaccess〜のとこの訳が2枚目のカッコのとこだと思うんですけど、そこの「なかなかない」という訳がどこからきているかを教えてください

Mulky Today we live largely cut off from this spectacle, with smog and light pollution *obscuring our view of this *perpetual cosmic drama, the unfolding of which once seemed intimately connected to questions of both natural and social order. But if we want to see Mars as it appeared ancient humans, access to a clear night sky is only half of our problem. We also have to put ourselves in their minds. (ク) to (キ) [ 1 ] We have seen the surface of the Sun, the landscapes of Mars, the

下線部クの次のaccess〜の部分の訳で澄み切った空がなかなかない、という訳はどこからきているのか教えてください

thousand stars (カ) Milky Way galaxy, and the planets slowly making Today we live largely cut off from this spectacle, with smog and light pollution *obscuring our view of this *perpetual cosmic drama, the unfolding of which once seemed intimately connected to questions of both natural and social order. But if we want to see Mars as it appeared ancient humans, access to a clear night (ク) (キャ sky is only half of our problem. We also have to put ourselves in their minds. [ 1 ] We have seen the surface of the Sun, the landscapes of Mars, the atmospheres of Venus and even Jupiter. We've discovered moons around other planets, and have found icy ocean worlds among them. We've used modern physics (to *infer the existence of black holes, and have now even "seen" them (with powerful radio telescopes.) We know that stars are bright orbs powered by *thermonuclear fusion. We know that within the observable universe, many billions of them (a septillion, in fact, with twenty-four zeros) are packed into 170

カッコで囲んだとこの英文の1つ目のandからの訳がどうして2枚目のようになるのか教えてください。 2枚目のどんな疑問が重要か〜の次のとこからです

ample practices varied across time and place. The truth is that we about what preliterate societies knew or believed. But they left behind *. evidence of their attention to the movements of the Sun and the phases of the Moon. And we can be sure that whatever questions they asked of the heavens were very different from those that motivate space exploration today. (A) rotic othe In reality, the difference between ancient and modern knowledge systems is more qualitative than quantitative; it is not about how much is known, but about what questions are important and about the acceptable ways of asking and answering those questions. And while we may not easily be able to slip between our modern worldview and those of others, we can nonetheless attempt to do so by asking not what ancient people knew about the world, but what their questions were when they looked at it. If we do this in the case of Mars, examining a few of the earliest known examples from around the world, we can see how sky knowledge was considered important to the functioning of the state whether it was *astrological knowledge in the service of good governance, or knowledge of bloodlines and relationships with the gods and other sky entities, which was used (B) - verdd

赤丸してあるところからもうわかんないです。やり方解説お願いします。

次の方程式 4x+5y=1の整数解について次の問いに答えよ。。 (1) 方程式4+5y=1の整数の組 (x, y) を1組答えよ。 (x,y)=(-1,1)、(4,-3)・・・・ (1)で答えた整数の組 (x, y) を利用して方程式4x+5y=1 の整数解をすべて求めよ。 14x+5g=1 -24(-1)+5x1=1 4(x+1)+5(y-1)=0 4(x+1)=-sky-1) 4と5は互いに素だから、 x+1=5k(kは整数) 5-1 また 4.5k-50g-1) 4k=-y+1 igo-4k+1 5x=5k-1 y=-4k+1 (kは整数)

英作文の添削をしてもらいたいです。

III brand. 5. Present an ad showing how unique and original the brand is right after viewers have watched a scary film. Answer in a short essay between 120 and 150 words in English. The full score for this essay is 20 points. Newspapers and news programs frequently report negative events. There are some people who think that it would be better if more good news was reported. What is your opinion? Explain your opinion and give at least two reasons to support it.

（2)⑭についての質問です。 答えがわかっていたので、答えに合わせるように計算を行いました。 その時の計算式で Xの分散を小数第5位(0.81142)まで書いて計算しないといけない理由が分かりません。 教えて欲しいです。

例題2 [データの変換] 3 かし 温度の単位として, 損氏(℃)のほかに華氏 (°F)があり、℃とが同 じ温度を表すときのxとの関係は,,v=1.8c+32であることが知られて いる。 日本のある都市において, 1週間の最高気温を測定したデータが次の表 のようであった。 このとき、 次の値を求めよ。 ただし, 平均値は四捨五入 して小数第1位まで, 分散は四捨五入して小数第2位まで求めよ。 最高気温(℃) 8.5 9.2 10.8 8.2 日 月 火 水 木 金 土 8.7 7.9 8.3 (1) 最高気温の平均値と分散 ヒント 共分 Sky の偏差をgの偏差の 私の平均値 (2) 華氏 (°F) で表したときの最高気温の平均値と分散 解答 r= Sty Sx3y (1) 最高気温を表す変量を℃とすると, xの平均値は IC == // (8.5+9.2+10.8+8.2+8.7+7.9+8.3)=Dg.8 (℃) であるから, x-xと (x-x)の値は下の表のようになる。 8.5 9.2 10.8 8.2 8.7 ◆平均値 =(エエエッ 7.9 8.3 x-x -0.3 0.4 2.0 -0.6 ② -0.9 3 (xx) 20.09 0.16 4.00 0.36 ④ 0.81 5 分散 s よって,x の分散szは,s2=1/2x65,68 S = 00.8114285.7.... ²= {(x1−x)²+(x2-x)² n より, 四捨五入すると,08 +…+(x_x)}} (2) 華氏で表したときの最高気温の変量を°Fとすると, xとyに y=1.8c+32の関係があるから, yの平均値y は 9 y= 1-8 +1032 147-84 (°F) y=ax+bのとき 98.8 y=ax+b より、四捨五入すると, 華氏で表したときの平均値は,1247.8 F また,yの分散 sy2は 2 13 1.8 Xs2=14 より、四捨五入すると、華氏で表したときの分散は12,63 y=ax+bのとき s₁²=a²s₁² →1.8×1.8×0.81142 = 2.6290- 類題2 次の変量xのデータについて, u=- 2 変量をuとする。 x-50 とおいて得られる新しい x:64 52 54 77 60 68 57 65 59 74 次の値を求めよ。 ただし, 必要であれば, 61=7.8 として計算せよ。 (1)の平均値と標準偏差 (2)の平均値と標準偏差 例題2の答 1 8.8 2 -0.1 (30.54 0.01 15 0.25 65.68 70.811... 8 0.81 9 1.8 10 32 11 47.84 12 47.8 13 1.8 14 2.629･･･ 15 2.63 145