⑤なぜ、Dになるのですか？

9 • 図は、 金星 太陽 地球を表している。 F ○太陽 金星 D 公転の方向 'C B 地球の自転の方向 ① A~Fの金星で、肉眼でア~ウのよア:A うに見えるのはどれか。 ア イ ウ 'Dim ( イ :C ウ:E ② ADのうち、よいの明星とよばれ A るのはどちらか。 (3) 最も大きく見える金星はどれか。 4 金星は真夜中に見えない。 これはな ぜか。 Ca 金星の公転軌道が 地球の公転軌道の ちよこ内側にあるから。 (5 明けの明星で、最も長い時間観測で D きるのはどれか。

【誰か教えてほしいです！🙇】 6番の答えがオなんですけど、なんでオなのですか？

下線部クの次のaccess〜の部分の訳で澄み切った空がなかなかない、という訳はどこからきているのか教えてください

thousand stars (カ) Milky Way galaxy, and the planets slowly making Today we live largely cut off from this spectacle, with smog and light pollution *obscuring our view of this *perpetual cosmic drama, the unfolding of which once seemed intimately connected to questions of both natural and social order. But if we want to see Mars as it appeared ancient humans, access to a clear night (ク) (キャ sky is only half of our problem. We also have to put ourselves in their minds. [ 1 ] We have seen the surface of the Sun, the landscapes of Mars, the atmospheres of Venus and even Jupiter. We've discovered moons around other planets, and have found icy ocean worlds among them. We've used modern physics (to *infer the existence of black holes, and have now even "seen" them (with powerful radio telescopes.) We know that stars are bright orbs powered by *thermonuclear fusion. We know that within the observable universe, many billions of them (a septillion, in fact, with twenty-four zeros) are packed into 170

中3です理科です 移住計画を授業で立てていて金星にしたのですが硫酸しかないということで硫酸を水にする方法はありますか？？

Genius グラマーノートの問題です。わからないので教えてください🙇‍♀️

まとめの問題3 A 次の英文の えなさい｡ (1) Some people showed up at the party without ( ). invited 2 being invited 3 invite (2) The little girl was ( O use to travel 3 used traveling (3) I will never forget ( climbing (4) He ( 内に入れるのにもっとも適切なものを. ①~④の中から1つずつ選び記号で (6) ( (7) ( regretted ) by ship. ) borrowing the book from her. 2 refused ) Mt. Fuji for the first time. 3 to climb to climbing 4 demanded (5) We arrived at the company at the appointed time, but they kept us ( ) for an hour. 1 to wait ) the task, he enjoyed a holiday. As he was completing 3 Having completed @ used to traveling 4 used to a travel (9) I lived in Chiba, ( where 3 asked @waiting ) from the plane, the houses will look like boxes. 3 To see To seen Seeing 3 waited 4 they are invited (8) Jerry has been standing for an hour with his arms ( are folding 2 folded 3 folding 4 to have climbed (10) Please tell me the name of the shop ( 1 which 2 that 2 Having been completed 4 Being completed ) is located to the east of Tokyo. 2 which 3 in which 4 have waited 4 Seen ). 4 to be folded 4 that ) you bought the camera. 3 where 4 why B

英作文の添削をお願いします。 行ってみたい国とその理由についてを英文で書きました。 間違ってる箇所など直した方がいい所を教えて下さい。

I would like to visit Italy. Because I want to see art works. In particular, I would like to see the Birth of Venus, the statue of David, and the Last Supper. I often see the Birth of Venus at Saizeriya, so I would like to see what the real thing looks like. The composition of the Last Supper is so wonderful that even a first time viewer can tell who Christ is. I heard that the statue of David is very large, so I want to see the real thing and feel its power. I also want to try pasta and pizza. Based on the above, I would like to visit Italy if I can travel there.

理科で惑星の気持ちというものがあって 思いつかないので教えてください！！！！

課題 2 ~ 惑星の気持ち ~ 好きな惑星を1つ選び、惑星の気持ちになって自己紹介を考えよう!! 例文 (木星の場合) 私ってこういう体でしょ。 自分でいうのも何だけど、太りすぎでしょ。 太陽系で一番デカイなんて、何 だか恥ずかしい。 ダイエットの必要ありだわ。 地球さんなんかうらやましくて。 小粒でピリリっていう感じだもの。 私の体なんてブヨブヨしているのよ。 だいたい体の大部分が気体でできているなんて信じられる。人様 には見せられないわよ。 地球さんのように陸や海のお洋服を着てみたいわ。 でもね、こんな私だけど、ちょっと自慢できることもあるのよ。 それは衛星の数。 私のまわりには全部 で 60個以上の衛星があるのよ。 1個1個に個性があって宝石のようにきれいな衛星もあるのよ。それとリ ング。 土星さんのようにド派手で大きくはないけど、それでもちゃんと私の腰回りをサポートしてくれる のよ。 いいでしょ。 <選んだ惑星> <選んだ惑星の自己紹介> 水星 L... 【惑星の似顔絵】 疑人化

ここの問題の答え全てわかる方いますか？

READING 34点 monitovb/ VARIOUS QUESTIONS 12点 100点 Wait 8 18点 LISTENING 全文回隠 パート ごとの 音声 の 音声 回 1 34点 READING - 1 Did you know that there are plants that eat insects? They are called carnivoronst plants, and one of the most famous of these plants is the Venus flytrap, name, flytrap, since it traps* flies and eats them. It also eats insects, such as beetleの* |grasshoppers* ana。 52 The Venus flytrap grows naturally only in North Carolina and South Carolina in the United States, where the soil is fairly poor in nutrients*. The plants there cannot get enough nutrients from the soil, and as a result, Venus flytraps have evolved to get additional nutrients by eating insects. ような植物なのでしょうか。 It got its moths*. 2-242- O3 You may wonder how the Venus flytrap is able to eat insects. The Venus flytrap is a very small 10 plant with strangely shaped leaves, each of which looks like a mouth with sharp teeth. Inside the leaves, there are very sensitive hairs. The Venus flytrap waits with its leaves open until an insect 15 flies in and touches these hairs. And the moment anything touches them, the leaves close very quickly and trap the insect. Surprisingly, they close in only 0.5 seconds! O4 After the Venus flytrap catches an insect, the leaves start to digest* it. It takes about ten days to get nutrients from the insect. Then the leaves open again. in the leaves is the outside of the insect. This is because the outside parts of insects are The only thing left too hard for Venus flytraps to digest. They are removed from the leaves by rain or wind. And again this insect-eating plant just waits for another insect to fly into its trap. (263 words) (注)carnivorous : 食虫の trap:動他…をわなで捕まえる 名わな beetle:名甲虫(カブトムシなど) grasshopper:名バッタ digest:動 他…を消化する nend moth:名ガ nutrient:名栄養 (分) 家説明文の構造に注目する ある物について説明する場合, 物の名前とその名前の意味·由来→基本的な性質→具体的な特徴についての解説, とい う順に話を展開していくとわかりやすい。 rola 本文の4つの段落を, 〈名前の意味·由来〉), 〈基本的な性質〉, <具体的な特徴〉の3つのパートに分けて, 各パートの左の余白に書きなさい。

この長文がどんな話なのか理解できません😥 出来れば段落ごとに要約して頂けると助かります😔 よろしくお願いします!!!!!!!!!🙇🏽‍♀️🙇🏽‍♀️

We are,(to a remarkable degree, the right distance from the right sort of star, one e 5 of ten billion and we wouldn't be here now./ We are also fortunate to orbit where we that is big enough to radiate lots of energy, but not so big as to burn itself out swiftly t 1s a curiosity bf physics that the larger a stor the more rapidly it burns. Had our sun Ocen ten times as massive、it would have evhonsted itself after ten million years instead of do. 1o0 much nearer and evervthing on Farth would have boiled away. Much rarther away and everything would have frozen. の14 m 1978, an astrophysicist named Micheel Hart made some calculations and Concluded that Earth would have been uninhabitable had it been just 1 percent rartner That's not much, and in fact it wasn't enough. percent 10 from or 5.percent closer to the Sun. The figures have since been refined and made a little more generous 5 nearer and I5 percent farther are thought to be more accurate assessments 1oI om zone of habitability - but that is still a narrow belt. To appreciate just how narrow, you have only to look at Venus. Venus 1s only ©10 15 twenty-five million miles closer to the Sun than we are. The Sun's warmth reaches it just two minutes before it touches us. In size and composition, Venus is very like Earth, but the small difference in orbital distance made all the difference to (3)how it turned out. It appears that during the early years of the solar system Venus was only slightly warmer than Earth and probably had oceans. But those few degrees of extra 20 warmth meant that Venus could not hold on to its surface water, with disastrous consequences for its climate. As its water evaporated, the hydrogen atoms escaped into space, and the oxygen atoms combined with carbon to form a dense atmosphere of the greenhouse gas CO2. Venus became stifling. Although people of my age will recall a time when astrononmers hoped that Venus might harbor life beneath its padded 25 clouds, possibly even a kind of tropical vegetation, we now know that it is much too fierce an environment for any kind of life that we can reasonably conceive of. Its surface temperature is a roasting 470 degrees centigrade (roughly 900 degrees Fahrenheit), which is hot enough to melt lead, and the atmospheric pressure at the surface is ninety times that of Earth, or more than any human body could withstand We lack the technology to make suits or even spaceships that would allow us to visit Our knowledge of Venus's surface is based on distant radar imagery and som。 disturbing noise from an unmanned Soviet probe that was dropped hopefully into the

これについて意見を書かないといけないのですが、 意見の書き方教えてください。。🙇‍♀️🙇‍♀️

Date Reading TR 15-18 The solar system* is known to have eight planets: Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune. Mars seems to be an especially interesting planet to the scientists who study planets. Robert Zubrin* is one of those scientists. There are two main reasons why he is so interested in Mars. の 5。 One reason is that Zubrin wants to determine if human beings will be able to live on Mars in the future. Though Mars is now a cold and dry planet, 。it is more similar to Earth の- than any other planet in the solar system. So there is a possibility that Mars is a place where human beings can live. In what ways are Mars and Earth alike? First, the soil and atmosphere of Mars is similar to those of Earth. Scientists found that the soil and 10 atmosphere of Mars contains many of the main elements* essential for human life. A Mars exploration rover* named Curiosity has been working on the surface of Mars to gather various scientific information about its environment. Second, the rotation* period of Mars is 24 hours and 39 minutes, which is very close to that of Earth. Third, there are seasons on Mars as there are on Earth. 15 等 The other reason is that, studying Mars, Zubrin thinks we can better predict the future of Earth. It is believed that there used to be a liquid like water on Mars a long time ago. If we can find out how and why Mars has changed into a (A) and (B) place, we may be able to better understand the Earth's future. Zubrin says, “We humans have changed the Earth's environment through our actions and activities. From our research on Mars, 20 we may be able to solve such problems as global warming. Mars may be the key to our survival on Earth." Not only Zubrin but also many other scientists are doing research on Mars. Studying Mars might not seem to be connected with our daily life, but actually it is. New discoveries can influence our future. We should remember that in that regard* Mars is a 25 very important planet for our future. (357 words) Robert Zubrin:ロバート·ズブリン main element:主要元素(人間の生命維持に必要な元素。窒素, 水素など) rotation:自転 (注) solar system: 太陽系 exploration rover : 探査車 in that regard:その点で