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... Read More

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

294がわかりません！ どうしてas ~as の間にin Hong Kongがこれるのでしょうか！

when 2 which 3 that 4 who 294 Last winter I went to Hong Kong, () as warm as I had expected. JEDINS / it) when wasn't anywhere it wasn't 3 where wasn't ④ which it wasn't 295 She had three sons, all ( 1 of whom 3 who ) became doctors. 2 which 4 of which 09 Cormat viiv ) I have read. vilw 296 Helent me two books, neither of (1 <センター試験> Wing bad 106 234 people That <東海大 > vw Fres !!注意のア 294 関係副詞の非制限用法 Point 180 in 243 関係副詞の where と when は、非制限用法で用いられることがある。 why と how には非制限用法はない。 semsset 008 ► Last winter I went to Hong Kong. It wasn't as warm in Hong Kong as I had expected. COF したがって、 関係代名詞を使えば in which it wasn't となるが､そのin which where where it wasn't E. where it wasn't のitは寒暖の it 3 MESCO CO 295 all of whom... 9 TEK ROE bojnew) w ng all to load stil no Aof whom/A of which の形をセットにして笛の頭に置き、非制限用 文法

Have been to とHave gone to の違いがよく分かりません，違いは写真のアの用法だけなのでしょうか？また学校では，こういう意味の現在完了ならこっちを使ってっていうのを教わったのですが，すごく曖昧なので，そこら辺も詳しく教えてもらえると嬉しいです

Point 006 : 現在完了の have been to A と have gone to A X360 11930 9V60 W DOV TW YOY 14 have been to A 「アAに行ってきたところだ, Aに行ったことが ある (主として英)」towadailandabnsetor Ipad W 標準 1400 15 15 have gone to A 「アAに行ってしまって(ここには)いない, イAに goiassl ms 標準 行ったことがある (主として米)」 av hearsal qved TO ◆問題 14 15 ともアの用法。 「Aに行ったことがある」 の意味では have been to A / have gone to A のいずれも用いるので, 焦点となるのはアの用法 と考えてよい。

分からないので教えてください🙇 よろしくお願いします！

C各文の( )に入る適語(句)を選びなさい。 1. All things ( ), he seems to be a very honest man. . to consider 1. considered ) all the business, he set out on a trip to Vietnam. 7. considering 2. ( I. consider 7. Being finished 1. Finished 3. ( . Having finished I. To finish ) with life in Tokyo, life in Oregon is very inconvenient in many ways. 7. Compared 1. Comparing . Having compared I. On comparing D 日本語に直しなさい。 1. According to the weather forecast, there will be show tomorrow. (甲南女子大短大・改) 2. Born and brought up in Japan, I still know almost nothing of Japanese culture. (甲南女子大短大・改)

この文章の4行目にある、because they would harm whatever bacterial life forms might be present on the planet の文構造についてなのですが、might の前にあるはずの関係代名詞の主格whi... Read More

次の文章を読んで、 問1~4に答えなさい。 The establishment of a colony on Mars has been a dream for decades. Inevitably some people have objected to the idea of colonizing Mars on both ideological and practical grounds. Some object to humans living on Mars because they would harm whatever bacterial life forms might be present on the planet. Others oppose Mars settlements because they disagree with the idea of using the Red Planet as a "backup" in case the Earth is destroyed. Those in favor of colonizing Mars, however, look to spread the human race beyond our single planet. The practical considerations of surviving long term on a world without a breathable atmosphere, no surface water, exposure to radiation, and extremes of heat and cold all have to be addressed first. Mars colonists could survive in domed cities, extracting and recycling resources from the Martian environment. However, a more interesting plan for the settlement of the Red Planet involves a process called terraforming, turning the dangerous environ- ment of Mars into something resembling Earth. Billions of years ago, Mars was more like Earth, with a thick atmosphere as well as oceans and rivers of surface water. The planet may well have had complex life forms. However, sometime in the distant past, Mars lost its (A ). When Mars found itself without the protection of that field, solar wind relentlessly stripped it of its atmosphere, quickly turning the planet into the frozen desert it currently is. While a number of schemes exist to restore Mars' atmosphere, creating a runaway greenhouse process that would raise its temperature, NASA and some academic researchers recently came up with a simple way to achieve the process naturally. The idea involves the creation of an electromagnetic shield between Mars and the Sun to protect the Red Planet from solar wind. Without the solar wind stripping it away, the atmosphere of Mars would gradually become thicker. Soon the temperature on the Martian surface would become high enough to release the trapped ( B ) at the poles, accelerating the (C). Water ice at the poles would melt, giving Mars back some measure of its oceans and rivers. All humans would have to do is introduce

✓をつけた問題について解説をお願いしたいです😭(選択肢で×をしているのは違うと分かりますが､他のものがなぜ違うかが分かりません💦)

2001 They will leave this country when the rainy season ℗ started 242 He's in Tokyo now. = He ( 2 has been 2003 John and Mary ( 205 ( Ⓒhave been knowing 3 were knowing 2004 Please call me if something (3 Ⓒhappening 3 happens to His uncle ( Ⓒhas died Ⓒ It has five years Ⓒ It has passed five years 4) since I came to this town. 0 still @has gone 2 2 3 will watch starts 0 My mother ( I Ⓒhad been cooking 3 cooked 007 She 4) when the telephone rang. is having breakfast would have breakfast would have been 3 will have been ) to Tokyo. ) each other since 1976. ten years ago. 2 died 2 3 will start is out ) this TV set. have known were known 2 happen to will happen to 4 2 There are five years It is five years had died has breakfast was having breakfast 008 They asked us to hire a new worker last week, but we haven't decided (3 ℗ already 3 yet 4 any more 09 I said to Janet, "Please lend me the DVD when you ( 2 ) it." would watch 2 have watched 4 will have watched I'm so glad I don't smoke any more! Next month it smoking. supper for two hours when I got home. 2 has been cooking 4 will have cooked 3 1/2 2 would be has been would start 4 is coming (東京電機大) has been died (見学園女子大) (大) (大阪産業大) ) ten years since I quit