この問題答えを教えてください！

★ Choose the correct words to fill in the blanks. thick fresh loved peeled invented thin them Potato chips are a popular snack. A man named George Crum in 1853. He was a cook at a restaurant who often made French fries. One day, a customer complained that his French fries were too Annoyed, Crum sliced some potatoes as as he couldand gave them to his customer. Surprisingly, the customer them. Soon, they became very popular. Machines were invented to mass-produce potato chips, which were kept in wax-coated bags to keep them

並べ替え問題が次のようになったのですが合っていますか。 1. 空飛ぶタクシーの導入を考えている会社もある。これはそのコンセプトが実行可能なものであるという考えを示す。 Some companies are thinking about introducing air ta... 続きを読む

上から3行目のthrough ってどういう意味ですか？翻訳すると（使って）と出てきたのですが、文脈的におかしくないですか？

コエールちゃん ミ A“Clear” Success In climates with cold winters, drivers experience problems when their car windshields* become icy or foggy. This is because ice and fog on the windshield makes it difficult for drivers to see through it clearly. Therefore, when it is snowy and the roads are slippery outside, these conditions can( 28 ). These days, many products are being sold to make water run off windshield glass easily so that drivers can see the road in the rain. But now, Scientists at the Massachusetts Institute of Technology in Cambridge, Massachusetts, are developing a product to prevent ice and fog from forming as well. Michael Rubner, a researcher working on the new product, says that it is a special coating that controls all of the conditions at once. He explains that the coating is made uF of layers of two chemicals with ( 29 ). One layer keeps rain off the windshield, and the er takes out of the air. In this way, ice nor fog can . i-

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

英作文の添削をお願いしたいです💦「公共の安全を改善するためにもっと多くのことをする必要がある」というテーマです。

disagre ;More needst0 be done to ieanprove public Satety. (a笑の安全を処差するためにもっと多くのことをする必要がある。 9ree or (素へ安全を上でる.○ 771ロジ-p' 書良したおかげで生活は便利にてたったが agtee. Katuで'ネットの育が描こだ。希者はみなス2ートフォンを持って 後にるかわかっ 17eい子体も多いo 3ども自身が人をことく2できずつる可能任をみる。 もっと同風の大人 段3きだ。 枚でどでも。 (よ きずのてなれる i agree this opinion that more needs to be done to improve publc safety. It is true that thanks to deve lope Technology, we can watch the movie by smartphone, and we can Communicute with worlduide pegple. However, more and more incteasing siber crime These days. alot of Bat, they often cannot 'usé 'safety it . Perfaps, they are Suffered from word in Internet. They may 13. 29 34. yoong people have a smartphon@. 43 53 60 68 write bad massage for their fnends . 76 I think more parents should realize this ploblem, and they teach their children. Not only parents teach their child ren but also their teachers should do. Far example, childven talk with their friend about Internet's A lot of adults teach children, children will use Interhet better. 94 03 rule. 110. 120 (21

物理の公式についてです。写真の向き申し訳ないです🙇‍♀️この二つの公式はどちらも運動方程式のようですが、使い方が分からなくて困ってます。教えて下さい！よろしくお願いいたします

正の向き」 ハー 図21のように,質量m な 糸で の物 の 物体 示した手順で運動方程式を立ててみよう。 運動方程式の立て方 0着目する物体を決める。 O図 21 糸が引く を受ける物体の運動 れて さ 質量 m の物体 C ③ 正の向きを定め,その 向きの加速度をaとおく。 鉛直上向きを正 ④ 物体にはたらく力の運 動の方向の成分の和を求 め,運動方程式を立てる。 9着目した物体にはたらく 力を見つけ,描き込む。 の接触していなくてもはたらく力 TA 重力 mg a の接触する物体から受ける力 糸が引く力(Tとおく) mg ma=T-mg をて鉛直上向きに引くときの,

答えは①なのですが、解説を読んでもわからないので、解説お願いします。

honrd 198 There ( ) no available information on the crime, the police asked the mass media for cooperation. 「198 Th- 発展 O being 文開代 noitas 大 2 having 3 is Jer 開崎補)文を ( 4) seems 〈鹿児島大 支 1 s0さるで |199 安新聞代 F 展J限題

（3)が分かりません。教えて下さい。 他にも間違いあれば指摘お願いします。

(1) Seldom ( does he cook / does he cooks / he cooks ) for his family. s |317| (2) Peter didn't like the movie, but ( did he) like / he did like / he didn't like ) the music in it. (3) The city (in / of / for ) Boston is the capital of Massachusetts. (4) Whenever I look at the ball, I can't but ( remembered / remembering / remember ) the days when I belonged to the soccer club. 7s

このgettingってなんのgettingですか？分詞ですか？

came into use. Mass-produced goods /such as machines were) eagerly 。sought after. There were a lot of hit products, and(getting This them became a source of happiness or sense of accomplishment for many.

［C］の解説で、Bが右に動けばAが左に動くと分かるのは何故ですか？

応用間題 27.(斜面上の物体の運動と水平面上の台の運動) 図1のような、水平とのなす角がθのなめらかな斜 面となめらかな鍋直面からなる質量Mの台Aを考え, その斜面上に質量mの小物体Bを置く。この小物体 Bに軽くて伸びない糸の一端をつなぎ,それをこの斜 面の上端に固定された軽くてなめらかに回る滑車に通 し、そのもう一方の端に質量mの小物体Cをつないで,小物体Cを滑車から鉛直につり下げ たとき台Aの鉛直面に接するようにする。小物体Bと滑車の間の糸は斜面に平行に保たれ, さらに、小物体BとCはいずれも台Aの上端または下端に達しないとし,また,重力加速度 の大きさをgとおく。空気の影響はないものとして、 次の問いに答えよ。 [A) 図1のように,台Aを水平面上に固定し、小物体Bを斜面上に止めた状態から静かに はなすと、小物体BとCは動き始めた。このとき,次の問いに答えよ。 小物体Cは上昇するか、下降するか。 (2) 小物体Cの加速度の大きさを求めよ。 (3) 糸が小物体Bを引く力の大きさを求めよ。 1 7 図1 人 (4)糸が滑車を通して台Aを押す力の水平方向の成分の大きさを求めよ。 (B] 図2のように,台Aをなめらかな水平面上に置 き,それを水平に一定の力で引くことにより等加速 度運動させると,小物体Bが斜面上のある位置に止 まったままになった。このとき,次の問いに答えよ。 (1)台Aを引く力の向きは, 図2の矢印PとQのい T →Ne P 図2 ずれの向きか。 (2) 台Aの加速度の大きさを求めよ。 (3) 小物体Bが台Aから受ける抗力の大きさを求め B 0 台Aを引く力の大きさを求めよ。 [C)'台Aがなめらかな水平面上を自由に動くことが できるようにする。さらに,図3のように,小物体 Cの右側になめらかな鉛直の壁Dを台Aに固定し,小物体Cが台Aの鉛直面に接しながら 台Aに対し上下にのみなめらかに動くようにする。この状況で、小物体Bをその斜面上で 動かないように支え,かつ,台Aを水平面上で動かないように支える。この状態から、台 Aと小物体Bの支えを同時に静かに外すと,台Aおよび小物体BとCは動き始めた。台A に取りつけた壁Dからなる部分の質量はないものとして、次の問いに答えよ。 (1)台Aの加速度の大きさをQ, また,台Aに対して静止した(台Aとともに動く)観測者 から見たときに,小物体Cが鉛直方向に動く加速度の大きさを acとするとき, 加速度 D 図3 の大きさの比CをM, m, 0を用いて表せ。 aA [15 関西学院大) (2) ac をM, m, g, 0を用いて表せ。 N