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English Senior High

全文訳お願いします!

4 20 科学 420 words Chapter 1 The recipe for making any creature is written in its DNA. So last year, when 1-1 geneticists* published the near-complete DNA sequence of the long-extinct woolly mammoth, there was much speculation about whether we could bring this giant creature back to life. 5 東京理科大学 Creating a living, breathing creature from a genome* sequence that exists only in a computer's memory is not possible right now. But someone someday is sure to try it, predicts Stephan Schuster, a molecular biologist at Pennsylvania State University and a driving force behind the mammoth genome project. So besides the mammoth, what other extinct beasts might we bring back to life? Well, 12 10 it is only going to be possible with creatures for which we can recover a complete genome Without one, there is no chance. And usually when a creature dies, the (1) - DNA in any flesh left untouched is soon destroyed as it is attacked by sunshine and bacteria. sequence. There are, however, some circumstances in which DNA can be preserved. If your 15 specimen froze to death in an icy wasteland such as Siberia, or died in a dark cave or a really dry region, for instance, then the probability of finding some intact stretches of DNA is much higher. Even in ideal conditions, though, no genetic information is likely to survive more than a million years. - so dinosaurs are out and only much younger remains are likely to yield good-quality DNA. "It's really only worth studying specimens that are less than 100,000 years old," says Schuster. The genomes of several extinct species besides the mammoth are already being sequenced, but turning these into living creatures will not be easy. "It's hard to say that something will never ever be possible," says Svante Pääbo of the Max Planck Institute 25 for Evolutionary Anthropology in Germany, "but it would require technologies so far removed from what we currently have that I cannot imagine how it would be done." But then (3) 50 years ago, who would have believed we would now be able to read the instructions for making humans, fix inherited diseases, clone mammals and be close to creating artificial life? Assuming that we will develop the necessary technology, we have 30 selected ten extinct creatures that might one day be resurrected. Our choice is based not just on practicality, but also on each animal's "charisma" - just how exciting the prospect of resurrecting these animals is. 1-3

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Science Junior High

(5)の解き方を教えて欲しいです! 答えは図2、44℃です!

3 電熱線から発生する熱を調べるために,次の実験を行った。あとの問いに答えなさい。 6V 電源装置 はっぽう [実験] 1 図1のような装置を組み立て, 発泡ポリスチレ図1 ンのカップに室温 (24.0℃) と同じ温度の水を入れた。 2 スイッチを入れ, 電圧計が6Vを示すように電圧を加え て電熱線A (6V-6W) に電流を流し, ( ), 1分 ごとに5分間水温をはかった。 3 電熱線B (6V-18W) についても, 1,2と同じ操作 を行った。 表は, 実験の結果をまとめたものである。 電流を流した時間 [分] 水温 [℃] 0 1 2 3 |電熱線A (6V-6W) 24.0 25.0 26.0 27.0 28.0 29.0 温度計 4 電熱線B (6V-18W) 24.0 27.0 30.0 33.0 36.0 39.0 5 J D 温度計 電熱線A ## カ ガラス棒 電熱線 スイッチ 発泡ポリ スチレン のカップ 水 )にあてはまる操作を,次のア~エから1つ選び,記号で答えなさい。 S (1) 実験の2の( アカップ内の水が動かないようにしながら イカップ内の水をときどきかき混ぜながら ウ 測定のたびに電源装置のスイッチを切り エ測定のたびに電熱線Aをカップから出し ていこう (2) 電熱線の抵抗は何Ωですか。 じょうしょうおんど (3) 結果の表をもとに, 電熱線に電流を流した時間と水の上昇温度の関係を、 解答用紙の図にグラ フで表しなさい。 (4) 実験で,電熱線Bに5分間電流を流したときの発熱量は何Jですか。 (5) 図 2, 図3のように、電熱線A, 図2 図3 Bをつないだものを使って, 実験の 1,2と同じ操作を行った。 5分後 の水温は,図2図3のどちらのほ うが高くなるか。 1つ選び、番号を 書きなさい。 また, そのときの水温 は何℃になっていると考えられるか。 整数で答えなさい。 ただし, 図2. 図3では, 電圧計につながる導線は 省略している。 温度計 11+ ア 電熱線B 電熱線A 電流計 電圧計 電熱線

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English Senior High

これの答え教えてください🙇‍♀️

eve latin ethi 定する =ろう -ld Ce た al homsmo n ) elevator is becoming a reality. Carbon nanotubes discovered scientist made it possible in ( ). Though there ) to solve, the elevator will have many good points. ) than a rocket because it will use ) than a rocket, which might crash ) panels in space. In ). In the ) to space by the elevator. ) of outer ( ►Fill in the blanks. A ( by a ( are still a lot of ( The elevator will be ( ) power. It will be ( or ( ). Also, it will let us addition, it will be our gateway for ( future, everyone might be able to take a ( Active Study 日本の宇宙開発について調べ, 簡単な英語で発表してみよう。 Drills A Change the verbs into the correct form. 1. If it (be) not raining, we could see the full moon. 2. If our school had a science club, I will join ) it. 3. If he were an astronaut, he (can travel) to space. place ( * astronaut [æstronò:t] FI 4. If I (see) a shooting star, I would make a wish. 5. What would you take with you if you (go) to the moon? LESSON B Make the two sentences into one using "..., where ~.” 1. The boy went to the Tanegashima Space Center. He saw a real rocket there. 2. I climbed Mt. Fuji. Many tourists were taking pictures there. 3. Akira entered a university in America. He studied science there. C Change the verbs into the correct form. 1. I (study) hard for the science exam about this time tomorrow. 2. I (travel) in New Zealand to see the stars about this time next week. 3. Don't call Misaki between 8 and 9 o'clock tonight. She practice ) the piano. 4. A: Can we meet tomorrow? B: Sure, but not in the morning. I play ) tennis with my club members then. 51 (-2-¹)- 乗根で

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