(1)の解き方を教えてください🙇‍♀️ 答えはアです

5月 パルミチン酸の質量を2倍にして,この実験 と同じ強さで加熱したとき, ①ABの時間, ②温20 度aは,この実験と比べてそれぞれどうなるか。 (5)表は,いろいろな物質の融点と沸点を表したも のである。 次の①~③ に当てはまる物質を表から 選び, それぞれすべて書きなさい。 1 状態変化と温度 図1のような装置で固体のパルミチン酸を加熱し た。図2は,そのときの温度変化を表したものである。 (1) パルミチン酸がとけ終わったのは約何分加熱し たときか。 次のア~ウから選びなさい。 ア 5分 イ 8分 ウ 14分 (2)加熱時間が①3分 ②16分のときのパルミチ ン酸の状態は, それぞれ固体、液体、気体のどれか。 (3) パルミチン酸が固体から液体になると, 体積は 大きくなる。密度はどうなると考えられるか。 図2 [°C] 100 8882 図1 温度計 切りこみを 入れたゴム栓 水 パルミチン酸 ―沸騰石 3 温度 80 a- A BI (4) 60 ② 40 0 ① 5 10 15 加熱した時間 〔分〕 物質 融点 [℃] 沸点 [℃] (5)② 酸素 -219 - 183 ①50℃で固体の物質 エタノール -115 78 ②-50℃で液体, 100℃で気体の物質 ③ 100℃で気体の物質 テストに出すとしたら、 水銀 -39 357 かえて表は |パルミチン酸 163 360

問4の並び替えはどのように考えて解けばいいのですか?

3 次は、高校生のHayato (男性) が書いた文章です。 これを読んで, 間 1~ 問6に答えなさい。 *印の ついている語句には、本文のあとに〔注〕があります。(34点) I love bicycles. I've been using my bicycle since I was a junior high school student. One morning, however, I got scared on my way to school. A car passed me really fast. It almost touched my bicycle. There are only a few *bicycle lanes in my town, and I think some of those lanes are too narrow for a bicycle to use safely. I wanted to make our streets safer for cyclists, and then I read about "Copenhagen, Denmark in a bicycle "magazine. It's Aas one of the most *bicycle-friendly cities in the world. I learned more about the city on the Internet and thought it's really a wonderful city for cyclists. I'd like to write about it. In Denmark. 90% of the people have a bicycle, and in Copenhagen, 49% of the workers and students go to work or school by bicycle (27 % go by car, 18% by bus or train, and 6% on foot). Many streets in the city have bicycle lanes and bicycle traffic lights, and there is even a bicycle bridge named "The Bicycle "Snake." I was "envious of the cyclists in Copenhagen because the city is bicycle-friendly in every way. You can ride a bicycle at 20 km/h without B at red lights even when the traffic is busy, and you can bring your bicycle on trains and buses. In the 2019 ranking of "Bicycle-friendly Cities," Copenhagen was No. 1 and Tokyo was No. 16. ② A lot of people were using cars in Copenhagen, too, but around 1980, the city started making better roads and rules for bicycles, and the number of bicycle users started increasing. Around 2017, the number of bicycle users in Copenhagen became almost the same as the number of car users. I was also surprised to see that the number of bicycle accidents in Copenhagen was "lower than in other large cities. I think it's because the roads (cyclists for safe/follow/ and/ are cyclists the traffic rules. In many Japanese road safety classes, children are taught that roads are dangerous and sometimes shown shocking scenes of traffic accidents, and they learn that they must follow traffic rules when they ride a bicycle. But in Denmark. children play games in their classes. They can have fun when they learn traffic rules. Now there is a movement in Japan that gives children road safety classes in this way. Bicycles are cheaper than cars and healthier. They're also friendlier to the environment. The United Nations expects that about 70% of the people in the world will live in big cities by 2050. Such a large number of people will cause some problems, and more traffic is one of them. Copenhagen is a very good role model for Sustainable cities and communities" which is one of the U.N.'s "Sustainable Development Goals. I think Copenhagen's ideas to increase the number of bicycle users are wonderful because people there don't have to stop doing anything. They choose bicycles because the city is designed in a way that using a bicycle is more convenient than using a car, bus. or train. However, after the number of bicycle users increased, more parking spaces are needed there. (3 To make a bicycle-friendly city, just making more bicycle lanes isn't enough. We must think about the future of our cities. Denmark has made a lot of great plans and has more exciting plans for the future. For example, it's going to build a "bicycle" "superhighway" between cities and other areas by around 2045. I definitely want to ride a bicycle on it some day! 〔注〕 be cared おびえて こわがって bicycle lane 自転車専用の車線. レーン cyclist ...... 自転車乗りの人、サイクリスト pass…………〜を追いこす。 通り過ぎる narrow ・・・・・・幅が狭い Copenhagen コペンハーゲン (Denmark 「デンマーク」の首都) magazine 雑誌 on foot... 徒歩で bicycle-friendly... 自転車にやさしい traffic light...信号 (traffic は 「交通 (量)｣)

質問です。He has little equipment and…のところで、この後の to help steer the wingがlittle equipment and no controlsをまとめて修飾するということは、文法上あり得ますか？ 理由も教えていただきた... 続きを読む

to the four engines and then jumps from the helicopter, diving toward the ground at great speed. The man arches his back to stop the dive and now he's (2 This is not a scene from an action movie it's just another day for the Jetman, Yves Rossy. "I really have the feeling of ( 3 ) a bird," says Rossy. He has little equipment and no controls/to help steer the wing. He changes his direction simply by ( 4 ) his body. "It's really pure flying. It's not steering, it's flight." He only has two instrumento

いの答えと考え方を教えてください。

5 10 15 20 25 30 The Olympics were held in Tokyo in 1964. A few years ago before the Olympics, Japan had a big problem. It was a problem of communication. Many foreign people didn't visit Japan, and we had only, Japanese signs. For example, words like "i" or "" were on toilet doors. These signs were not understood by many foreign people. Japanese people at that time needed to make signs in many different languages for foreign people. But when they put many words on one sign, the "letters became too small. They could not easily read the sign. They had to think of ) signs for foreign people. Mr. Masaru Katsumi, a leader of a design team for the Olympics, had a great idea. everyone /to/ was easy / thought / understand he forit pictures. He wanted to make picture signs. These signs are called *pictograms and are used in many places now. Picture 1 Picture 2 Picture 3 Look at these pictures. Picture 1 shows a shower. Picture 2, shows a toilet. Picture 3 shows a restaurant. Foreign people can easily understand what each picture shows. They had to make pictograms which everyone could understand without any trouble. When they started to make them, one of the pictograms was a shower. Many Japanese people didn't know about showers at that time and didn't have one at home. One of the designers didn't even know the word "shower." One officer had to explain how to use it with a photo of a shower. The designer made the pictograms through the officer's words. With a lot of trouble and hard work, twelve designers needed three months and made pictograms for the Olympics. When the last pictogram was finished, Mr. Katsumi said to all the designers, "You did a great job, but this work is not for us. We did it for all Japanese people. Please write your names on this paper." The paper said that they'd like to give up the *copyright to the pictograms. They wrote their names on the paper. They gave up the copyright. One of the designers said, "Mr. Katsumi hopes that many people in many places will use the pictograms in the future. Money from the copyright is not important to Mr. Katsumi. He is proud that he is one of the members who worked for the Tokyo Olympics." In 2020, we are going to have the Olympics in Tokyo. Our life will change a lot. What kinds of new signs or pictograms will we see around us? (E) letter pictogram ピクトグラム(絵文字) designer www. デザイナー officer 役人 copyright 著作権

(1)の答えがD、(3)の答えがウ、(6)の答えがイ なんですけど、なんでそれになるかと、5⃣で3~5程の段落で分けるとしたらどこになるのか、またその段落はそれぞれどんな題名になるのかを教えて欲しいですm(_ _)m

学院) E J 5 次の英文を読んで、あとの問いに答えなさい。 < 星野改〉 High schools in Minnesota have a problem Many students are late to school. They are often tired. Some students fall asleep in class. They often get sick, too. The local governments take that as a problem. They make a small change.) It helps a school day a little later/ A lot! What do they do? They start the D- This small change makes a big difference. Why? Most teens are very tired early in the morning. They usually don't go to bed until after midnight In the morning, they wake up between 6:00 and 6:30 for school. So they don't get enough sleep! They are still tired early in the morning. But after the change/ teens are more awake and later start time is better for a teen's body clock I be ready/class/to/in). A be in ready class Everyone has a body clock. An adult's body clock works like this: most adults get tired between 9:00 and 11:00 at night. They usually go to bed before midnight. Adults can get up early in the morning. It's not a problem. But a teen's body clock is different. Teens don't get tired at midnight. They usually stay up later. But early in the morning, they need more sleep. B FO C The schools in Minnesota pay attention to the teen's body clock. They change the start of the school day from 7:20 a.m. to 8:40 a.m., 80 minutes later. Other schools in the United States change their start times too. Some schools change the time by only 30 minutes, but they still get good results. ( 2 ), the results are amazing! ③(Many) students are on time. Morning classes are easier to teach. Students are getting ①(good) grades. Students have fewer illnesses, so they are ⑤(little) absent. In Minnesota, there is another important effect: fewer students drop out of school or change schools. D Today, more and more high schools are starting later. Most schools can't start two hours later. But they can change the start time a little. A small change can make a very big difference! Just ask the students. Minnesota ミネソタ (アメリカ合衆国中央北部の州) (1) 次の英文を入れるのに最も適する位置を, 本文中のA~Dから1つ選びなさい。 Now the students are happier, and also the parents and teachers too. D(A) (2)下線部①の ( )内の語を並べかえて正しい英文を作るとき, 3番目にくるものをア~エから1つ選びなさい。 ア be イ ready ウ class I to (3) 20)( )に適するものを, ア~エから1つ選びなさい。 7 On the other hand (4) 3~50)( 1 However ウ In fact I Even so )内の語をそれぞれ比較級にかえなさい。 (3) much (5)本文の内容にあうものを,ア~エから1つ選びなさい。 more (T!) better ⑤⑤ fewer Less High school students in Minnesota are always taking classes seriously. Most teens usually go to bed as early as possible. Most adults don't stay up late because of their body clocks. I Some schools changed the school time but their students did not have good grades. 本文のタイトルとして最も適するものを,ア~エから1つ選びなさい。 7 Fewer Illnesses 1 Late Start Body Clock I Good Sleep イ (土)

3時から塾ですたすけてお願いします2と3

□ (3) □(4) □ (5) □ (6) 4. 現在完了 演習問題 次の疑問文の答えとして適する文をあとから選び,記号で答えなさい。 □(1) Have you washed your face yet? How long have you studied English? Has she ever skied? □ (4) How often have you visited Okinawa? ア Yes, I have. イ No, she hasn't. ウ Several times. I For three years. □ (2) 2 次の各組の文がほぼ同じ内容を表すように, □(1) It was cold yesterday, and it is still cold. It cold She went to London, and she is not here now. She □ (2) □ (3) to London. I lost my camera, and I don't have it now. I my camera. This is the biggest dog I have ever seen. I have such a big dog before. He came to Japan ten years ago and he is still in Japan. He Japan We have had no rain here for a month. Her mother died six years ago. □ (7) Her mother Six years 3 次の文を ■ (1) に適する語を書きなさい。 ROOM rained here for a month. yesterday. dead for six years. since her mother died. They have finished the work. ( 疑問文に) bratasy の英文を日本文にしなさい。 I have been to Nagano twice. 私は2回名古屋に行きました。 内の指示に従って書きかえなさい。 He has already finished his homework. (否定文に) He has hot already finished his homework, 2) They are listening to music. (文末に for two hours をつけて現在完了進行形の文に) J She has lived in Kyoto since 1992. (下線部をたずねる疑問文に) ten years. 次 2) 3

(6)が分かりません💦 解き方を教えて頂きたいです！🙇🏻՞

りゅうさん chit 70 2 うすい硫酸と水酸化バリウム水溶液を混ぜたときの反応について調べるため、次の実験を行った。下の表は,そ の結果をまとめたものである。 これについて, あとの問いに答えなさい。 すうてき 【実験】 ① ビーカー A~Eを用意し, それぞれにうすい硫酸20cm を入れ, 緑色のBTB溶液を数滴加えた。 ② ビーカー A~E に, 水酸化バリウム水溶液を10cm 20cm, 30cm 3,40cm3 50cm 加えた。すると, どのビーカーでも白い物質ができた。 { ③ ビーカー A~Eの液をそれぞれろ過 し, 白い物質とろ液に分けた。 かんそう ④ 白い物質を乾燥させてから、その質 量を測定した。また、ろ液の色を確認 した。 E 20 50 1.4 青 * 実験では、うすい硫酸と水酸化バリウム水溶液の中和が起こった。 同じように, 混ぜると中和が起こる水溶液 の組み合わせはどれか。 次のア~エから選べ。 イエコ ア 塩酸とエタノール水溶液 イ 石灰水と水酸化ナトリウム水溶液 エ 炭酸水とアンモニア水 ビーカー うすい硫酸の体積 [cm²] 水酸化バリウム水溶液の体積 [cm²] 乾燥させた白い物質の質量 〔g〕 ろ液の色 砂糖水と塩化ナトリウム水溶液 □ (2) 実験でできた白い物質は何か。 物質名を書け。 A B 20 20 10 20 0.4 0.8 黄 X 表をもとに加えた水酸化バリウム水溶液の体積と乾燥させた白い物質の質 図に記入 [1] 量の関係を表すグラフを,右の図にかけ。 70 表XZにあてはまる色は何か。 同じ色を何度答えてもかまわない。 X[ 黄 ]Y[ 曲] 2[ DO ビーカー A~Eのろ液にうすい硫酸を加えた。このとき白い物質ができるの [ A.BIC DIE はどのビーカーのろ液か。 すべて選べ。 * 実験で用いたうすい硫酸50cmと水酸化バリウム水溶液 50cmを混ぜ合わせ した。このときできる白い物質の質量は何gか。 [ 5.0 の質量〔g〕 乾燥させた白い物質 C 20 30 1.2 Y D 20 40 1.4 Z [硫酸バリウム] 2.0 1.0 10 20 30 40 50 水酸化バリウム水溶液 の体積 [cm²]

理科の凸レンズ光と音の範囲です！！ 星マークをしている(3)が分からないのですが(ちなみに答えは40です！！)分かりやすく教えてもらいたいです！！

とつ 1凸レンズによってできる像について, あとの問いに答えなさい。 実験1 図1のように光学台の上に光源, 凸レンズ, スクリーンを直線上に並べた。図2は、 のときの光源, 凸レンズ, スクリーンを真上から見たときの それぞれの位置関係を模式的に表したものである。 図3は, 赤, 緑, 青, 黄の4つの色のフィルターを用いた光源を凸レンズ側 から見たときの模式図である。 光源は固定し、凸レンズとスクリーンは光学台上をそれぞれ動 かして,スクリーンに光源の像がはっきりとうつったときの, 光源から凸レンズまでの距離と,光源からスクリーンまでの距 きょり 離をそれぞれ測定すると、下の表のようになった。 光源から凸レンズまでの距離[cm] 20 24 30 60 光源からスクリーンまでの距離 [cm] 80 64 60 80 実験2 図4のように, 光学台の上に光源, 凸レンズ, 鏡を直線 上に並べ, スクリーンを鏡のそばに置いた。 このとき, 光源の 像がスクリーンにうつるように, 鏡の向き, スクリーンの位 置と向きを調整した。 図5は,このときの光源, 凸レンズ , 鏡, スクリーンを真上から見たときの, それぞれの位置関係を模式 的に表したものである。 of 図 1 ] ②[ 図2 O 図3 赤色の フィルター 図4 青色の フィルター 図5 /50 A Bi 光源 凸レンズ 凸レンズの軸 光源 凸レンズト 凸レンズの軸 光源から凸レンズまでの距離 光源からスクリーンまでの距 ○ 図6 光源 凸レンズの軸 8 光源 光源 凸レンズ 凸レンズの軸 a スク 2音につい (1) 図1のよ はじいて ①図2 工夫 焦点 凸レンズの軸 スクリー 緑色の 凸レンズ フィルター ・黄色の フィルター スクリーン 鏡 光源と鏡, およびスクリーンは固定し, 凸レンズは光学台上を 動かすと, スクリーンに光源の像がはっきりとうつった。 (1) 図6のaは、光源から出た光が進む道筋の1つを表している。 このaの道筋を進んできた光は, 凸レンズを通過したあと,ど の道筋を進むか、適当なものを,図6のア〜カの中から1つ選 びなさい。 ただし,ウの道筋が凸レンズの軸に平行な光の道筋 であるものとする。 (4点) じく しょうてん [ (2) 実験1に用いた凸レンズの焦点距離は何cm か 求めなさい。(4点) (3) 実験1で, 光源からスクリーンまでの距離が64cmのとき, スクリーンは動かさずに凸 ✓ンズを光源とスクリーンの間で動かすと,光源から凸レンズまでの距離が24cm 以外にも 像がはっきりとうつるところがもう1つあった。 このときの光源から凸レンズまでの距離に cm か, 求めなさい。 (4点) [ (4) 実験2で スクリーンに光源の像がはっきりとうつったとき,どのように見 えるか, ①~④にあてはまる色を, 赤, 緑, 青, 黄の中から1つずつ選び、 答えなさい。 ただし, スクリーンは鏡側から見ているものとする。 鏡、 ア スクリーン 凸レンズ (2) 風の 回 [ て カ た。 ( 8点,完答 ) ] ③[ ] ④[ 3 八 AT スクリーン

②と③が分かりません。教えてください!!

□③) 次の英文が本文の内容に合うように, に入る適当な語を1語ずつ答えなさい。 English Taro came to Australia in August. When his new school life began the next it was not easy for him to understand teachers and other students. One day he used and helped an old woman. The next week he talked about origami in his about that. to his class. Taro was very happy 2 class. Taro's speech was month

詳しく教えて欲しいです🙇‍♀️ お願いします🙏

問4 【実験2】の[3]において図5の ように糸とスタンドがつくる角度を 30°に変えると、ばねA 全体の長さ は何cmになると考えられますか。 最も適切なものを,図6を参考に して次のア~エの中から一つ選び、 その記号を書きなさい。 ただし、 √3=1.73とします。 (4点) ア 10.9cm イ 12.2cm 図5 ウ 13.0cm 30° 130 C I 13.8 cm a 60° b a:bic = √3:1:2 図 6