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英語 高校生

高校 英語  5-6の答えはなんですか?よろしくお願いします。

LOVLA 助動詞 TOEIC L&R では助動詞の意味の違いが文法問題として直接問われることはまれです。 スニングやリーディング には助動詞の理解は欠かせません。 ここでは特に重要なものに絞って確認しましょう。 助動詞 Grammar Focus 40 とはいえ、学習しなくてよいというわけではありません。 リスニング can could may [might must should (shall の過去形だが、 実質 現在形の独立した助動詞のようなもの) |will |would time. 10. You 意味 可能性、能力、許可、 (Can you...? で) 依頼 (否定文で) 禁止 can の過去形 推量 可能性、許可、提案 may の過去形。 推量の意味で may と互換可能 義務、 確信に近い推量、 (否定文で) 禁止 ○やや発展的ですが、以下の表現も大切です。 must have+過去分詞 ~したに違いない would have + 過去分詞 ~しただろうに could have+過去分詞 : ~した可能性がある might have+過去分詞 ~したかもしれない その他の助動詞 (あるいは助動詞に相当する使い方をする表現) については問題 習で確認しましょう。 Practice DL40 OCDIO 空所に入る語句を語群から選び、文を完成させましょう。 選択肢は一度しか使えません 1. The main street is currently under construction; you will ------- take a detour. 2. According to the weather forecast, it is to snow tomorrow. 3. The door of the conference room ------- open, but now it functions properly. 4. If you ------- like to make a reservation, click the link below to fill in the form. 5. Everyone thought there was no way the CEO's resignation ------- be true. 6. Thanks to their aggressive promotional activities, the publisher million copies of the novel. sell over 1 7. You ------ register now to attend the workshop as the capacity is limited. 8. If by any chance you ------- make it to the event, please let us know before it starts 9. The road be too busy at this time of the day, so the TV crew should be here 義務、推量 (否定文で) 禁止、提案・忠告 | 未来、話し手の意志、 強い予測 (Will you...?で) 強い依頼 will の過去形、依頼・勧誘、 (仮定法で) 推量、婉曲 A. was able to B. will F. shouldn't ------- definitely enjoy a great culinary experience. G. wouldn't C. can't H. should D. going I. have to E. would J. could Short 次の会話を聞い に日本語で答え M: Have you that's go W: What? A M: I think ( up to 30g W: Thanks! 5. H&R デバ 6. 女性は帰宅 Short 次のお知らせ Dear emplc As you alr May 20. As the constru parking lo Application Thank you. 1. この通知 2. 2号館の 3.3号館の

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英語 高校生

英語リーディングの共通テスト大門3のB 4つの選択肢を並べるような問題が苦手で、対策問題集を解いている時にいつもどこかしら間違えてしまいます。時間制限を決めつつ、正しい答えを選ぶことがとても難しい状態です。 どのように考えれば良いでしょうか。 また模試などでは、時間と正確... 続きを読む

B You enjoy outdoor sports and have found an interesting story in a mountain climbing magazine. Attempting the Three Peaks Challenge By John Highland Last September, a team of 12 of us, 10 climbers and two minibus drivers, participated in the Three Peaks Challenge, which is well known for its difficulty among climbers in Britain. The goal is to climb the highest mountain in Scotland (Ben Nevis), in England (Scafell Pike), and in Wales (Snowdon) within 24 hours, including approximately 10 hours of driving between the mountains. To prepare for this, we trained on and off for several months and planned the route carefully. Our challenge would start at the foot of Ben Nevis and finish at the foot of Snowdon. Ben Nevis (▲1344 m) Scafell Pike (▲977 m) Snowdon (▲1085 m) We began our first climb at six o'clock on a beautiful autumn morning. Thanks to our training, we reached the summit in under three hours. On the way down, however, I realised I had dropped my phone. Fortunately, I found it with the help of the team, but we lost 15 minutes. We reached our next destination, Scafell Pike, early that evening. After six hours of rest in the minibus, we started our second climb full of energy. As it got darker, though, we had to slow down. It took four-and-a-half hours to complete Scafell Pike. Again, it took longer than planned, and time was running out. However, because the traffic was light, we were right on schedule when we started our final climb. Now we felt more confident we could complete the challenge within the time limit. Unfortunately, soon after we started the final climb, it began to rain heavily and we had to slow down again. It was slippery and very difficult to see ahead. At 4.30 am, we realised that we could no longer finish in 24 hours. - 16- (2110-16)

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数学 大学生・専門学校生・社会人

統計学の知識ある方、以下にある式の導出方法分かりやすく教えていただきたいです。 分かるところだけでも教えてくれると嬉しいです😭 ちなみにこのサイトは、 統計学入門 http://www.snap-tck.com/room04/c01/stat/stat0001.html こ... 続きを読む

19:56 1 allệ (注3) 相関分析と同様に回帰分析の場合も信頼区間を求めることができま す。まずyの推測値の信頼区間は次のようになります。 この信頼区間は母集 団のy推測値の100(1-α) % が含まれる範囲を表し、信頼限界と呼ぶことが多 いようです。 y=a+b=(my-bmx)+bx = my+b(z-mz)→(j-my)=b(x-mz) VR VR V(j-my) = V(j)+V(my)-2C(j,my) = V(g) + -2 = V(y) - VR =V n n n =V(b(z-mx))=(x-m²) 2V(b)=(x-m²) 2VR S エエ (x - ₂)² 2V (6) - Vx{1+ (².²} =VR n S x=X0の時のy推測値の100(1-α)% 信頼限界: U Dol=a+bro ±t(n-2,a) VR -2,0)√| V₁ { 1/2 + ( 2 = m₂) ² } n S エ mx:xの標本平均 Sxx:xの平方和 VR : 残差分散 VR C(jj,my) = y推定値とmyの共分散 t(n-2, α): 自由度(n-2)のt n 分布における100α%点 この100(1-α)% 信頼限界において、x=mxの時の値を計算すると次のように なります。 VR ŷOL =a+bm±t(n-2,0) VR・ -2,0) √/ VR { 1 1 1 + (m₂ - m₂)² S エエ 2²}. =my±t(n-2,a)V n n これは値と残差分散が少し異なるだけで、 平均値の信頼限界(信頼区間) とほ ぼ同じ式であることがわかると思います。 つまり回帰直線は平均値を2次元 に拡張したものに相当し、 y推測値の信頼限界は平均値の信頼限界を2次元に 拡張したものに相当することになります。 次にyの信頼限界を求めてみましょう。 もしaとbに誤差がない、つまりy推 測値に誤差がないとすると次のようになります。 これが許容限界になりま す。 V(g) = V(g+c)=V(e) =VR x=x0の時のyの100(1-α) % 許容限界: gol =a+bro ±t(n-2,a)VVR you x=mxの時: gol = my±t(n-2,a) VVR しかし実際にはaとbには誤差があるので次のようになります。 これが棄却 限界です。 回帰分析の場合は棄却限界のことを予測限界 (prediction limit)と 呼びます。 (x-²)) S エ n n SII V(g+c)=V(g)+V(c) +2C(j,c)=VR /R { 1 + (*² =− m ₂) ² } + V₁ + 0 = VR { 1 + 1 2 + ( x − m ₂ )² ]} x=X0の時のyの100(1-α) % 予測限界: 1 (x-m₂)² yoz=a+bro ±t(n-2.0)/VR =t(n-2,α) √ -2,0) √/V₁ { 1 + 1 + n S エ U x=mxの時: yol = my ±t(n-2,a) 2, a) √/ VR (1+1) VR (1+ 安全ではありません - snap-tck.com

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英語 高校生

英語長文の定期試験の問題なのですが、最初のAの正誤問題のcがT(正)になる理由が分かりません。 問題文のcの文章には Nasa succeeded in cutting down on the sound とあり、 本文には画像の蛍光ペンを引いた箇所の通り Nasa h... 続きを読む

英語長文演習1学期中間試験 問題用紙 ※解答はすべて、 解答用紙に記入しなさい。 ※解答用紙のみ切り離して提出する。 1 Read the following essay and answer the questions. Most commercial airplanes travel at about 500 to 600 miles per hour. SR-71 Blackbird, which was developed by Lockheed Martin in the 1960s, could fly as fast as 2500 miles per hour. At that speed, you could go from Tokyo to New York in just around three hours. So why does it still take so long for ordinary people to fly? I The to shatter windows One of the biggest problems is that when a plane flies faster than the speed of sound it breaks the sound barrier, causing a sonic boom. This boom is thousands of feet below the plane. II Unfortunately, a lack of fuel efficiency and the high costs of maintenance made it unprofitable. It retired in 2003, just a few years after a major accident. But the dream of supersonic travel never died, and engineers at NASA have finally figured out a way to reduce the sound of a sonic boom to little more than that of a car door shutting. III If all goes well, they will use the data they collect to try to convince regulators to update aviation laws to allow commercial supersonic flight. At least three companies in the US are hoping to advantage of such a change, and they aim to put supersonic planes in the air within the next decade. QUESTIONS: A About the following explanations, put T if it is true, and put F if it is false. Qa. Before realizing the dream of supersonic travel, aviation laws must be changed. b. In 1960s, ordinary people could go from Tokyo to New York in just around three hours. c. Nasa succeeded in cutting down on the sound made by supersonic airplanes. d. The Concorde flew much faster than ordinary commercial airplanes. e. Supersonic airplanes can do damage to houses or buildings when they fly over land. BChoose the right sentence to fill in III a. NASA is hoping to run test flights over land in 2022. b. Military airplanes fly at speeds many times that. c. That's why the Concorde, a supersonic plane that traveled at around 1500 miles per hour, was mostly limited to routes above the ocean. CChoose the appropriate word or phrase to fill in ★ and ☆ . ★ b. so loud c. loud enough a. too loud d. louder a. make b. take C. gain d. share

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英語 高校生

この問題教えてください。 エレメント2 レッスン2です。 1、2枚目問題。3、4枚目本文。 早めにお願いしたいです!答えがわかる方でも、今から解いてくださる方でも回答よろしくお願いしますm(_ _)m

|am honored to be with you todav June 12, 2005 address stically subtle in I never graduated from cale Today I want to tel" Vc tomprehension, A 1. What is the main purpose of the speech? To tell the students why he succeeded as a business person. D To tell the students how he wants them to live their lives. © To tell the students what kind of job he wants them to get. A Reading for main ideas : Choose the best answer. 1. 2 Oe aky n 2. Steve Jobs talked about death because a he wanted the students to know that life is limited ua D he wanted the students to see the doctor for health © he wanted to tell the students that it would be his last speech E edo D Reading for details : Fill in the blanks with the words in the box below, and then ob. the correct title for each part. >Iam (1. ) to give a speech today, andI will tell you three stories. >I dropped out of college because I didn't see the (2. へ dropping in on whatever class looked interesting. ) of it and started Part 1 fascinating. b > In one clas, I learned a lot about (3. )and found it odA トAlthough I couldn't see that what I learned in the class would have any practical ten years later. Part 2 use, it turned out to be very (4. )、 but I decided to start over because I > Being fired from Apple was (5. realized that I still loved what I did. Part 3 > You can do great work at (6. )job you do if you find a job you truly love. > Your time is limited, and you have to trust your heart and (7. ) because they already know what you truly want to become. >I saw the words “Stay Hungry. Stay Foolish." on the back cover of the final issue of Part 4 a great (8. ). and now I wish that for you. Titles Words O Death, and Words I Wish for You O Dots Will Connect in the Future © Dropping Out of College O Love and Loss calligraphy / devastating / useful honored / meaning /intuition publication / whatever C Listening for details : Listen to the statements and answer T(true) or F(false). へ 3.()4. ( 10 ) D Retelling the story: Look at the pictures on pages 32-33, and retell the story. 36

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