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英語 高校生

この、Q𝗎𝖾𝗌𝗍𝗂𝗈𝗇のところが分からないので良かったら、教えてほしいです。

Lesson 12 In London, I happened to watch a TV program about a school for orphans and street children in Nairobi, Kenya, The children looked unhappy. I suddenly felt an urge to go to Kenya and paint something for those children. 7. be happy with ~ be satisfied G-3 It wasn't easy, but finally in 2006, I got to Kenya, found the school, and was able to paint for the children. I painted an angry dragon. I was happy with it, but a teacher complained, "The children are frightened by the dragon. Some of them refuse to come to school." The children thought that it was a big snake. They did not know that dragons are imaginary. with I asked them, "What would you like me to paint?" "Lions!" "Baobabs!" I asked the children to help me, and we had a lot of fun painting together. According to the teachers, the children became more active than before. 17. a turning point = a moment which changes one's life That was a turning point in my career. Creating happiness through painting in collaboration with others is my thing. I made up my mind to do a painting project every year in different parts of the world. 19. make up one's mind decide TO anoitaeno 1( ) 2() 3() orphan (5:rfən] Nairobi [nairóubi] Kenya [kénjǝ] urge [5:7d3) dragon [drægən] frighten [fráiten] refuse [rifjú:z] imaginary [imádzənèri] baobab [bérǝbæb] according (əkó:rdiŋ] turning [tá:rnin] career [kəriər] collaboration [kəlæbəréiſən] 1. happen to~ I happened to meet her on the train. 15. according to~ According to the newspaper, it's going to rain tomorrow. 18. in collaboration with ~ This building was designed in collaboration with several companies. G-3 This photo was taken by one of the most famous photographers in the world. 44 (diller A turning point in his career, Kenya Does this dragon look scary to you? EPE Lion Happy kids Questions Q-1 Why did some of the children refuse to come to school? Q-2 Who did Miyazaki ask for help with the painting? Q-3 "Creating happiness through painting in collaboration with others is my thing." "My thing" means a. my life's work. b. my painting technique. c. my favorite belongings. Your Reaction Suppose you are going to paint a picture for African children, what would you paint? 45

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数学 高校生

黄色いマーカー部分はなんの数?ですか??? どこから来た分数ですか???

基本例題 66 最大・最小の文章題(1) ①0000 BC=18, CA=6である直角三角形ABCの斜辺AB上に点Dをとり、Dか ら辺BC, CAにそれぞれ垂線 DE, DF を下ろす。△ADF と △DBE の面積 の合計が最小となるときの線分 DE の長さと、そのときの面積を求めよ。 ③ 基本60 CHART & SOLUTION 文章題の解法 最大・最小を求めたい量を式で表しやすいように変数を選ぶ DE = x とすると,相似な図形の性質から△ADF, △DBE はxの式で表される。 また、xのとりうる値の範囲を求めておくことも忘れずに。 解答 DE=x とし, △ADF と△DBE の DA 面積の合計をSとする。 D 0 <DE=FC <AC であるから (辺の長さ) 0 a-3 0<x<6) B E C xのとりうる値の範囲。 AF=6-x △ABC △ADF であり, △ABC: ADF=62: (6-x)2 相似比がmin→ 面積比は²: n² AABC= 11・18・654 であるから 2 三角形の面積は 内国産 △ADF= 3 (6-x)2 62 -•54=(6-x)² 1/2×(底辺)×(高さ) 2 CHEERHOU 7523/14 別解 長方形 DECF の面積 同様に,△ABC~△DBE であり△ABC:△DBE=62: x2 をTとすると Tが最大に x. なるときSは最小となる。 3 •54-2 よってして△DBE= 2 62 AS DF=3(6-x) から -2, q=11 T=x·3(6-x) したがって,面積は 549 por 11 (y =-3(x-3)2+27 S=△ADF+ △DBE をとる小大 0<x<6から, x=3でT 3 27 は最大値 27 をとる。 = 2{(-x2+x2} よって,線分 DE の長さが (x)=3(x2-6x+18) 3のとき、 S は 最小値 3 6 =3(x-3)²+273)-1.0 1/1・6・18-27=27 ① において, S は x=3 で最小値 27 をとる。 をとる。 よって,線分 DEの長さが3のとき面積は最小値 27 をとる。 8TH-31x0 $b #*@b#30 0%b,(C FLOR 662 d 117 3 8 2次関数の最大・最小と浸

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英語 高校生

下の5問お願いします

Less Changing Behavior in Unique Ways Comprehension Can-Do Language 人々の行動を変え、社会を向上させる「仕掛け」の機能を理解することができる。 不定詞を適切に用いることができる。 人の行動を変えるだけを見てような方法があるでしょうか。柔軟な考えから生まれた。好ましい行動を促 ▶▶▶ Read the passage. Easy Version 197 words 目標1分58秒 There are some interesting ways to change people's behavior. If you draw a line on the backs of file boxes, people will know where to put them on the shelf. 行動 ファイルボックス If you put a basketball hoop above a toy box, children will want to put away their toys. These ways are ゴール ~を片付ける called triggers. 仕掛け There are other good examples of triggers: the “Piano Stairs” and “The World's Deepest The stairs make piano-like sounds when people use them. The bin makes an [ Bin. ピアノのような interesting sound when people put trash in it. These triggers come from new, flexible ideas. Such ideas are useful to deal with social problems. To make children wash their hands, soap ごみ 柔軟な that has a toy inside was used in South Africa. After the Great Hanshin-Awaji Earthquake, 南アフリカ共和国 阪神淡路大震災 volunteers used dekimasu zekken and showed their skills. Triggers to solve social problems are called social design. You can see it in many Japanese cities or villages. For example, Inakadate Village started to design rice fields as 田舎館村 art, and now many people visit the village. If people give money to Kumamoto Castle for its 熊本城 renovations, they can become "castle lords." In these ways, social design can make our 修復 城主 communities better. Answer T (True) or F (False). (1) Triggers are a good way to change people's behavior. ( :) (2) Both the "Piano Stairs" and "The World's Deepest Bin" make sounds when people use them. (3) Children in South Africa used toys when they washed their hands. (4) A lot of people go to Inakadate Village to visit an art museum. (5) For renovations, the lord of Kumamoto Castle collected money. ( Lesson 4 33 onal kodan-shi rmance : kodan-shi ly

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数学 高校生

【至急⠀】問9の1と2のやり方が分かりません やり方付きで教えてください🙇‍♀️

0.0175 0.0349 0.0523 0.0698 0.0872 0.1045 0.1219 0.1392 0.1564 0.1736 0.1908 0.2079 0.2250 0.2419 0.2588 0.2756 0.2924 0.3090 18° 19° 0.3256 0.3420 0.3584 22° 0.3746 23° 0.3907 24° 0.4067 25° 0.4226 26° 0.4384 27° 0.4540 28° 0.4695 29° 0.4848 30° 0.5000 31° 0.5150 32° 0.5299 0.5446 0.5592 0.5736 0.5878 0.6018 0.6157 0.6293 0.6428 0.6561 0.6691 0.6820 0.6947 0.7071 11° thitin istbag INmin POOR INDEK KERS 6⁰ 15° 16° 17° 21° 20° 33° 34° 35° 36° 37° 38° 39° 40 ° 41° 42° 43° 44° 45° ik (sin) (cos) 1.0000 0.0000 0.9998 0.9994 0.9986 0.9976 0.9962 0.9945 0.9925 0.9903 0.9877 0.9848 0.9816 0.9781 0.9744 0.9703 0.9659 0.9613 0.9563 0.9511 0.9455 0.9397 0.9336 0.9272 0.9205 0.9135 0.9063 0.8988 0.8910 0.8829 0.8746 0.8660 0.8572 0.8480 0.8387 0.8290 0.8192 0.8090 0.7986 0.7880 0.7771 0.7660 0.7547 0.7431 0.7314 0.7193 0.7071 三角比の表 ¡E (tan) 角 E. (sin) (cos) E (tan) 0.0000 0.7071 0.7071 1.0000 0.0175 0.7193 0.6947 1.0355 0.0349 0.0524 0.7314 0.6820 0.7431 1.0724 0.6691 1.1106 0.0699 0.0875 0.7547 0.6561 0.7660 1.1504 0.6428 1.1918 0.7771 0.6293 0.7880 1.2349 0.1051 0.1228 0.1405 0.1584 0.6157 0.7986 1.2799 0.6018 1.3270 0.8090 0.5878 0.1763 1.3764 0.8192 0.5736 1.4281 0.1944 0.8290 0.5592 0.2126 1.4826 0.8387 0.5446 1.5399 0.2309 0.8480 0.5299 1.6003 0.2493 0.8572 0.5150 1.6643 0.2679 0.8660 0.5000 1.7321 0.2867 0.8746 0.4848 1.8040 0.3057 0.8829 0.4695 1.8807 0.3249 0.8910 0.4540 1.9626 0.3443 0.8988 0.4384 2.0503 0.3640 0.9063 0.4226 2.1445 0.3839 0.9135 0.4067 2.2460 0.4040 0.9205 0.3907 2.3559 0.4245 0.9272 0.3746 2.4751 0.4452 0.9336 0.3584 2.6051 0.4663 0.9397 0.3420 2.7475 0.4877 0.9455 0.3256 2.9042 0.5095 0.9511 0.3090 3.0777 0.5317 0.9563 0.2924 3.2709 74° 0.5543 0.9613 0.2756 0.5774 75° 0.9659 0.2588 76° 0.2419 0.9703 0.6009 4.0108 77° 0.9744 0.2250 4.3315- 0.6249 78° 0.9781 0.2079 4.7046 0.6494 0.1908 5.1446 0.6745 0.9816 0.9848 0.1736 5.6713 0.7002 6.3138 0.1564 81° 0.7265 0.9877 7.115- 0.1392 82° 0.7536 0.9903 8.1443 0.1219 0.9925 83° 0.7813 9,514円 0.9945 0.1045 84 ° 0.8098 11.430 0.0872 85° 0.9962 0.8391 0.0698 14.300 0.9976 0.8693 0.0523 19.081 0.9004 87° 0.9986 0.0349 28.636 0.9325 88° 0.9994 57.290 0.9657 89° 0.9998 90° 1.0000 0.0175 0.0000 1.0000 in eteer FiREK FLERE TEEZE SL882 IN²EK Pters TER CERER 45° 46° 47° 48° 49° 50 ° 51° 52° 53° 54 ° 55° 56° 58° 59° 60° 61° 62° 63° 64° 65° 67° 68° 69° 70° 71° 72° 80°

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