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英語 高校生

エレメント2のレッスン6のComprehensionとVocabularyの答え教えてください

96 Comprehension Life 2. Bruce Edwards changed A Reading for main ideas: Choose the best answer. 1. What is the main idea of the passage? a The development of the role of caddies. bThe fighting spirit necessary for athletes. The friendship between a golfer and a caddy. B Reading for details: Fill in the blanks with the words in the box below. There a unnecessary words. Then divide the paragraphs into the following sections. 11 9 3 4 5 16 Caddy for Life 1 2 8 10 a the way people saw caddies b his career from a golfer to a caddy golf courses so that golfers could play safely There was a very (1. ) caddy called Bruce Edwards. ) from high school, he started to work for Tom Watson as a Caddies used to just carry the golf bag for golfers, but Bruce always (3. After Bruce (2. condition of the course. Bruce was also not afraid to (4. ) with the golfer. ), Watson wanted to play less, so Bruce decided to work for Greg After many (5. Bruce missed Watson, and he decided to return to Watson after three years ( After they started to play together again, Bruce began to have some (7. Bruce was (8. ) with ALS, but he continued to caddy for Watson. ) at the US Open. Introduction Becoming Watson's caddy ( Separation and reunion Deadly diagnosis ( The last chance together in the spotlight ( Epilogue ) ) ) Vocabulary A Choose the correct definition 1. What's the distance from 2. I'm glad we have this opp 3. It was heartbreaking to 4. My aunt was taken to hos 5. His name now became a making you (b) the amount an unimpo d a chance to relating to C Listening for details: Listen to the statements and answer T(true) or F(false). 1.( ) 2. ( ) 3. ( ) 5. ( ) 4. ( Both Watson and Bruce (9. 2. Could you move over Watson and Bruce knew this could be their last time together in the (10. Could you move ou Watson asked for (11. ) to do more research on ALS, and Bruce w 3. They sat down and t ) for having someone like Watson with him. (12. They sat down an Paragraph Organization ) B Choose the correct word for 1. She strongly (disagree 2. Is there a (direct / dir Words diagnosed / disagree / exam funding/special/sorro separation /health/spoti thankful/graduated victories / weaker/appea D Retelling the story: Look at the pictures on pages 92-93, and retell the story. 3. He was (desperate / d- C Fill in the blanks to rephra 1. The teacher is now co- The teacher is now - 4. If you really want th If you really want 5. He finally admitted He finally ( - Tips caddy caddy は caddie と綴られる for a golfer)」を意味するとと caddy for a golfer)」 という意 として使えるかどうかをまず推

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英語 高校生

英文がわからないです心の優しい方、英文の解き方を教えて欲しいです🙇‍♀️

35 15 20 signatures in business. However, no one used fingerprints in crime work until the late In ancient times, people used fingerprints to identify people. They also used them as 1880s. Three men, working in three different areas of the world, made this possible. (1) The first man who collected a large number of fingerprints was William Herschel. He worked for the British government in India. He took fingerprints when people (7) official papers. For many years, he collected the same people's fingerprints several times. He made an important discovery. Fingerprints do not change over time. At about the same time, a Scottish doctor in Japan began to study fingerprints. Henry Faulds was looking at ancient Japanese pottery* one day when he noticed small It occurred to him that the lines were 2,000-year-old fingerprints. Faulds wondered, "Are fingerprints unique to each person?" He began to take fingerprints of all his friends, co-workers, and students at his medical school. Each print was (). He also wondered, "Can you change your fingerprints?” shaved the fingerprints off his fingers with a razor to find out. Would they grow back lines on the pots. (2) He the same? They did. One day, there was a theft in Faulds's medical school. Some alcohol was missing. Faulds found fingerprints on the bottle. He compared the fingerprints to the ones in his records, and he found a match. The thief was one of his medical students. By examining fingerprints, Faulds solved the crime. Both Herschel and Faulds collected fingerprints, but there was a problem. It was very difficult to use their collections to identify a specific fingerprint. Francis Galton in England made it easier. He noticed common patterns in fingerprints. He used these to help classify fingerprints. These features, called "Galton details," made it easier for police to search through fingerprint records. The system is still in use today. When 25 police find a fingerprint, they look at the Galton details. Then they search for other fingerprints with similar features. (4) Like Faulds, Galton believed that each person had a unique fingerprint. According to Galton, the chance of two people with the same fingerprint was 1 in 64 billion. Even the fingerprints of identical twins are ( ). Fingerprints were the perfect tool to 30 identify criminals. For mo than 100 years, no one found two people with the same prints. Then, in 2004, terrorists (I) a crime in Madrid, Spain. Police in Madrid found a fingerprint. They used computers to search databases of fingerprint records all over the world. Three fingerprint experts agreed that a man on the West Coast of the United States was one of the criminals. Police arrested him, but the experts were wrong. The man was innocent. Another man was (). Amazingly, the two men who were 6,000 5 10 136 Lesson 日本大学 470 words 22 (3) 23 024 25 26

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物理 大学生・専門学校生・社会人

解き方が全くわかりません。どなたか解いてくださる方いませんか?

[1] 力 (F)と電力 (仕事率) (P) の次元式を物理式から求めよ。 また, キャパシタンスCと抵抗Rの積CRの次元を物理式(Q=CV, V=RI) を利用して求めよ F: P: CR: [2] a-b間に100√2 sin 300 [V] の電圧を加えた時の各電圧計 [3] 銅線の直径D、長さL、抵抗Rを測定して銅線の抵抗率をpTD2R/4L なる の値を求めよ。 ただし、 正弦波の波形率K=1.11とする。 関係式から求める場合, D,L,Rの測定誤差がすべて2%のときのの最大誤差 を求めよ。 ao bo Vm V1: 0 :最大誤差 [4] 下図の方形波電圧を可動コイル形電圧計で測定したら100Vのとき, (1) 整流形電圧計と(2) 熱電形電圧計で測定するとそれぞれ何Vを指示するか。 ただし、正弦波の波形率K=1.11 とする。 T/2 IA F ra T 3T/2 2T [5] 2個の直流電圧計V1 (最大目盛150V, 内部抵抗20kΩ)とV2 (最大目盛300V,内部抵抗30kΩ)を直列に接続して最大何Vまで測れるか。 M V2: 答: [6] 定格値=10mA, 内部抵抗RA=450Ωの電流計に下図のように抵抗を接続し, 端子(1)のとき100mA, 端子(2)のとき1Aの電流を測定するために は、抵抗をいくらにすれば良いか Rp (2) d RA I V1,V2: 可動コイル形 V3:整流形 「b V3: (1)8 RV t [7] 電流力計形計器の可動コイル(M)と固定コイル(F) を図のように接続したとき指示する電力を求めよ。 また, R=2kΩ, Rp=100kΩ, Rc=1Ω のとき誤差は何%か。 Ro (1) 整流形: (2) 熱電形: 電力: rai Tbi 誤差:

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理科 中学生

⑷の求め方を教えて下さい

実験 1 I 図のように銅の粉末0.40gをステンレス皿に入れてうすく 広げ,ガスバーナーでじゅうぶんに加熱し、得られた酸化銅の 質量を測定した。 II 銅の粉末の質量を0.60g, 0.80g, 1.00g に変え,それぞれ Iと同じ操作を行った。 表1はこの結果をまとめたものである。 ARC 実験 2 表2 DANE I 図の装置を用いてマグネシウムの粉末 0.15g をステンレス皿に入れ,ガスバー ナーでじゅうぶんに加熱し,得られた酸化マグネシウムの質量を測定した。 ⅡI マグネシウムの粉末の質量を0.30g, 0.45g, 0.60g に変え、それぞれⅠと同じ 操作を行った。 表2はこの結果をまとめたものである。 表1 銅の質量 〔g〕 酸化銅の質量 〔g〕 マグネシウムの質量 〔g〕 酸化マグネシウムの質量 〔g〕 0.40 20.50 10.15 0.25 20.60 20.75 0.30 0.50 銅の粉末 0.80 1.00 1.00 1.25 0.45/ 0.60 0.75 1.00 ステンレス皿 酸素と ふれあうため E (1) 実験1のIで,銅の粉末をうすく広げた理由を簡単に書きなさい。酸化マグネシウムの質量を (2) 次の文は,実験1について述べたものである。 ① ② にあてはまるものは何か。 ①は最調べるため も簡単な整数の比を書き, ②は小数第2位まで求めなさい。 3.2 1:4 実験1で反応した銅と酸素の質量の比(銅酸素)は である。したがって, 得られた酸化銅の質量が1.20gの場合の酸素と反応した鍋の質量は②gとなる。 50 Rua kum kuOY XO KUM (3) 実験2のIで起こった化学変化を化学反応式で書きなさい。 2cut02= 2cup1.8. (4) 同じ質量の銅の粉末とマグネシウムの粉末の混合物をじゅうぶんに加熱したところ, 銅 とマグネシウムは空気中の酸素と完全に反応し, 1.40g の酸化物ができた。 加熱前の混合 物中にある銅の質量は何gか。 小数第2位まで求めなさい。 20 (4 6

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