なぜ、答えが 『エ』ではなく 『ウ』になるのか 教えてほしいです🙇‍♀️

次の英文を読んで、問1~問5に答えなさい。 *印のついている語句には,本文のあとに〔注〕があります。(10分) A 1901, the Nobel Prize has *honored men and women from all over the world for great work in science, writing, and peace. The Nobel Prize is an *award that was started in Sweden. The name Nobel Prize comes from a Swedish scientist, Alfred Nobel, who made more than 350 *inventions. In 1895, a year betore he died. he set up the award. Many people think the Nobel Prize is the greatest award a person can receive. Twenty two people from Japan have received the Nobel Prize. Recently, awards were given to three scientists from Japan in 2014 (for their work in science. These three scientists, Isamu Akasaki, Hiroshi Amano, and Shuji Nakamura, made a bright blue *LED in the 1990s. All three colors are needed to make a white LED. White LEDs are bright, last for a long time, and don't use much *energy. Because of this, white LEDs are becoming more and more popular. They are B than fluorescent lights or *incandescent lights, but people can use them for a longer time. People can use LEDs for about 100,000 hours. That is 10 times as long as people can use fluorescent lights and 100 times as long as people can use incandescent lights. (2 Perhaps you are thinking that these scientists are cleverer than you. Their invention is really special, but they are people just like you. (3) People said that they could not do it. They had to make their own *equipment for their work. they tried more than a thousand times, they still were not able to make a blue LED. But they never gave up and finally they did it. Perhaps one day, if you work hard, you will get the Nobel Prize, too. Nobel Prize ノーベル賞 award LED I'I ・発光ダイオード 蛍光灯 機器 ……………. fluorescent equipment 〜をたたえる 発明品 honor invention energy I: incandescent 白熱灯 .…....

なぜ、答えが『ウ』 ではなく『イ』なのか 教えてほしいです🙇‍♀️

次の英文を読んで、問1~問5に答えなさい。 *印のついている語句には,本文のあとに〔注〕があります。(10分) A 1901, the Nobel Prize has *honored men and women from all over the world for great work in science, writing, and peace. The Nobel Prize is an *award that was started in Sweden. The name Nobel Prize comes from a Swedish scientist, Alfred Nobel, who made more than 350 *inventions. In 1895, a year betore he died. he set up the award. Many people think the Nobel Prize is the greatest award a person can receive. Twenty two people from Japan have received the Nobel Prize. Recently, awards were given to three scientists from Japan in 2014 (for their work in science. These three scientists, Isamu Akasaki, Hiroshi Amano, and Shuji Nakamura, made a bright blue *LED in the 1990s. All three colors are needed to make a white LED. White LEDs are bright, last for a long time, and don't use much *energy. Because of this, white LEDs are becoming more and more popular. They are B than fluorescent lights or *incandescent lights, but people can use them for a longer time. People can use LEDs for about 100,000 hours. That is 10 times as long as people can use fluorescent lights and 100 times as long as people can use incandescent lights. (2 Perhaps you are thinking that these scientists are cleverer than you. Their invention is really special, but they are people just like you. (3) People said that they could not do it. They had to make their own *equipment for their work. they tried more than a thousand times, they still were not able to make a blue LED. But they never gave up and finally they did it. Perhaps one day, if you work hard, you will get the Nobel Prize, too. Nobel Prize ノーベル賞 award LED I'I ・発光ダイオード 蛍光灯 機器 ……………. fluorescent equipment 〜をたたえる 発明品 honor invention energy I: incandescent 白熱灯 .…....

なぜ関係副詞のウではダメなのでしょうか？😭

(6) Awaji Island, ( 7 イ ), is the 11th largest in Japan. my mother was born in my that is famous for its flowers where I have long wanted to go to I which is situated in the Seto Inland Sea

青でくくってあるところ和訳して欲しいです🙏🏻

次の英文を読み, 設問に答えなさい。 9 1 likely, I was wolves that approached us not the other way around, settlements The wolves that were bold/but aggressive would have been killed by probably while they were hunting around garbage dumps on the edge of human humans, and so (1) only the ones that were bold and friendly would have been 5 tolerated. かいならすこと 22171 to

英語で長文の問題が出てきたときにどういう所を重点的に見れば解きやすくなりますか？ 例えばこの写真だとどうなりますか？

Wednesday, June 25, 2021 PARTNER TIMES Burglars Targeting Apartments on Sunset Street Police Warning Neighbors 156 On June 22nd, there was another burglary case in the same area. This time, one neighbor saw the burglars. He otsaid the suspects used *ropes. He saw a woman and two tall men in black clothes. And they all have blonde hair. Police can't tell why the suspects are *targeting apartments in the same area. Police are *warning the neighbors to keep the doors and windows locked *at s locked at all times. ert isdt Ⅰ blol SiM There were two reports of *burglary cases at apartments on Sunset Street this month. Police say the *suspects are the same in both cases.amegad On June 15th, *burglars *broke into an apartment on Sunset Street. Police are asking the neighbors in the area what the suspects look like. According to one neighbor, she saw three people in dark gray clothes. Two tall men and one woman with *blonde hair. せっとう [注 burglary case: 窃盗事件 suspect : 容疑者 burglar : 窃盗犯 blonde : 金髪の rope : ロープ target : 狙う warn: 警告する Edition 47,124 break into ~: ~に侵入する at all times: 常に 概要をつかむ 1) この記事はどんなことを伝えていますか。 ves! ア サンセット通りにあるアパートに窃盗団が潜伏している イ サンセット通りで窃盗事件が相次いでいる ウサンセット通りのアパートに窃盗予告があった 2つの事件の容疑者について, 表の空欄に適する日本語書 px \ ob \er ( ) 詳細をおさえる 次の英文が記事の内容と合っていれば T, ちがっていればFを書こう。 jsdw) ① Police say the suspects in the two cases are the same. ( ② Police know why the suspects are targeting apartments in the same area. )

関係代名詞についてです。空欄補充の問題です。 They settled in a town () called Virginia City. 1.that 2.they 3.was 4.where 5.which 答えは2.theyです。 答えが2になる理由はわかる... 続きを読む

ここが日本語訳をみてもどうしてこの訳しかたになるのか分からないので細かく教えて欲しいです🙇‍♀️💦

put mo ne ving CI mg score. The growth mindset ends up being influential for a number of reasons. For one thing, outcomes are hard to control, but the process of learning isn't. Secondly teaches young people to view negative results as challenges that can and will be overcome, as opposed to evidence that they aren't good enough to succeed. Finally, by teaching people to take pride in doing things the right way, the growth mindset will help them continue to improve and develop later in life. And this is the most important part of the growth mindset. Its application extends far beyond school, into our professional and personal lives. So remember, there's nothing you can't do there are just things you haven't learned to do yet

答えは理解しているんですけど、自分の解いたもののどこからが間違いなのかがわかりません😣教えてください🙇‍♀️

練習 ③ 164 -1)=(0) 207 +02006 mis-0 nie) (0 cos+0nie) - 関数 y=cos²0-2sin@cos0+3sin20 (0≦0≦T) の最大値と最小値を求めよ。 2 047721-(0200-0A2)-- また, そのときの0の値を求めよ。 02

丸1番について、なぜ南向きではなくて北向きなのか、なぜ谷だと分かるのか教えて下さい！！

問15 外国の地形図 次の図は、ノルウェーの地形図 (5万分の1, 一部改変)の一部である。 地形図から読み 取れることを述べた文として適当でないものを、下の①~④のうちから一つ選べ。 [02年、本] Keipen N Fisining 1000 Gjerklands Tyasurdegga Holes geing. Fi 500-4808702 580 Bjordalssetege amiyaren E 1000円 ① A地点は北向きの谷の中にある。 D Ax 1193× dalsegga x1543 1706 B地点 (点線で囲まれた部分)は凹地にある。 13 C地点にある湖はD地点にある湖よりも湖面高度が高い。 ④ E地点とF地点の間の水平距離は1kmよりも長い。 C Blahornexl 1667 Sandtapng 1602 eegga ¥1382 Kydais breen1436 B Heste reen 1658 ( 90%に縮小)

(5)解説で「⑤式において、θ＝135°にもかかわらずΔλ≒0となるのは〜」とあるのですが、なんでΔλが0に近づくとX線強度が跳ね上がるのですか？ (出典:難問題の系統とその解き方)

(i) 電圧 くなり ・飛び のよう たの) 傾きこん Wo h ら, 例題 コンプトン効果 電子の質量をm, プランク定数をん, 光速をcとして、以下の設問 に答えよ。なお, (1), (2) 以外は解法も簡潔に記すこと。 [A] 1923年, コンプトンは波長入のX線を金属薄膜に照射し、散乱さ れたX線の強度の角度分布を測定した。その結果の一部を模式的 に示したのが図1であり,X線が散乱されてもとの波長より長く なっている成分のあることが観測されている。 コンプトンはこの現象を,X線を粒子と考え、この粒子すなわ 光子と静止している電子との衝突と考えて解明した。 図1(a) X線強度 (X線の散乱角80°) 入 X線波長 図 1 (b) X線強度 (X線の散乱角0=135°) M 入。 入 X線波長 図2 入射光子 (19) O- 散乱光子 (1) O 反跳電子 (0) (1) 光子のエネルギーEと運動量P を,h, c, およびX線の波長入のう ち必要なものを用いて, それぞれ表せ。 (1-cos 0) を導け。 ただし、 (2) 散乱前後の光子の波長をそれぞれ入, 入] とし, 反跳電子の速さをか とし,入射方向に対するそれぞれの散乱角を,図2のように0.④と する。このとき,入射方向とそれに垂直な方向の運動量保存則を それぞれ記し,さらに、エネルギー保存則を記せ。 h (3) 41 (=A₁-A)=- 4 « 1 として、 do mc 近似を用いること｡ (4) 反跳電子の運動エネルギーの最大値T maxをm,hcおよびふを用 いて表せ。 (50=135°の図1(b) では, 波長入。 付近にもピークが見られる。波長の ピークが光子と金属中の電子との散乱によるのなら､山のピーク は光子と何との散乱と考えられるか。 理由も述べよ。 [B] 一方、電子の波動性については, 1924年ド・ブロイが予想し, 1927年デヴィッスンとジャーマーが検証した。 彼らは格子間隔dの 2-1 原子の構造 263