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英語 高校生

高校受験を控える弟のテストです。回答がなく困っています。どなたか回答してくれませんか?

BO (2)次は,かえで町で開催されるイベントのお知らせです。 Kaede Summer Festival We will have Kaede Summer Festival in Kaede Park in August. There will be more than 60 shops, and you can enjoy many events on stage. In the evening, you will see beautiful fireworks. Come and enjoy the summer! Schedule <Day 1> Saturday, August 10 From 9 a.m. to 9 p.m. 10:00 Yosakoi Dance 1:30 Music Performance by 6:00 Mr. William Teller Bon-Odori 7:00 Fireworks Show Information about Events Mr. William Teller will join our festival. He is a famous singer around the world. When he was younger, he lived in Kaede Town for one year. He decided to come back for Kaede Summer Festival this year. Come and enjoy his great music! <Day 2> Sunday, August 11 From 9 a.m. to 8 p.m. 000.00 00002 11:00 Dance Performance by children 3:00 Yosakoi Dance 6:00 Bon-Odori 7:00 Fireworks Show Kaede Yosakoi dance team will show their performance. They won a Yosakoi contest in Hokkaido last year. Their performance will be exciting. They have made their dance easy for the people of Kaede Town. You can dance with them! On the second day, children of the dance club at Kaede Elementary School will perform their dance. They practiced dancing hard for this festival. Enjoy their cool dance! will sď You can see the fireworks show from anywhere in the park. * Children under 13 years old can't enjoy the festival after 6 p.m. without a parent. (E) schedule anywhere どこでも W in evil won bis vti alueji ni rood asw.exp VT to adband pig box by var Joods moilimbi amox fox ral0Y+ rady (nam you of ved Imobre VIO 2008 in noble nibit won a toy tili da ni vil o bha alging so I -7-

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英語 高校生

横線部の〈where〉は関係副詞でしょうか。解説もお願いします🙇

dangerous places. He thought, "Even if people cannot see, their feet can feel the difference of the surfaces. (3) This will warn them of danger." In 1965, after many trials and errors*,/he created some samples with his own money. 15 He gave these samples to the local government. In 1967, 230 of his blocks were placed in front of an intersection* in Okayama City, Japan. These These were the world's first Braille Blocks. 3 Over time, the use of Braille Blocks spread in Japan, and then around the A-49 world. However, accidents sometimes happened where the blocks had not 20 yet been placed. Local governments and railroad companies quickly started to place the blocks in dangerous areas. As a result, many organizations made the Tenji Blocks with their own designs. This caused some confusion. In 1996, the Japanese government started research to make standards for the Tenji Blocks. A team of scientists and 60 people with vision problems 25 worked together to find the easiest ( A ) to use. Then, in 2001, the standards were finally made. still 4 Although the designs have been standardized, there are (4)many problems. We still see various types of old blocks. They must be replaced with new standard blocks as soon as possible. In addition, the standards do 30 not say the color or material to use, or how to place the blocks. A-50 In March 2012, the ISO* (International Organization for Standardization) A-51 32

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数学 高校生

ケコのところです 解き方は理解して自分で解けたのですが、解説『3枚目の写真)でQLをxとおくと合ったのですが、なぜそこをxとしたのですか?APとAQがわかっててQLだけわからないからそうしたのですか? 当たり前のことを聞いてしまってたらすみません。 どなたかすみませんがよろ... 続きを読む

第1問 (配点 20) (全問答 ) 行されたマークして △ABCの辺BC上に点L, CA 上に点M, 辺 AB上に点Nをとり,ALとCNO 交点をF.ALとBM の文点を Q. BV と CN の交点をRとするとき、 えよ。 (1) 図1のような△ABCにおいて, 四角形 APRM, 四角形 BQPN, 四角形 CRQLO 三つの四角形がそれぞれ同時に円に内接する場合があるかどうか調べよう。 ウ ア の解答群 (同じものを繰り返し選んでもよい。) ZMAP ① ZRMA ② ZNBQ ③ ZPNB ZLCR ⑤ ZQLC より CMAD ∠NBQ ∠PRQ + ∠QPR + ∠PQR = 180° CLCR 四角形 APRM が円に内接するとき, 四角形 BQPN と四角形 CRQLの二つの四角 形が両方ともそれぞれ円に内接すると仮定すると、①〜③と ア + イ + ウ =180° として答えな であるが M ア + イ + ウ < ∠BAC + ∠ABC + ∠ACB = 180° より 答えてはいけません ア + イ + ウ < 180° ③ N P MATEM となり,④と⑤は矛盾する。 Q R したがって, 四角形 APRM が円に内接するとき, 四角形 BQPN と四角形 CRQL 10. B C の二つの四角形が両方ともそれぞれ円に内接する場合はないことがわかる。 L 図1 ∠PRQ=ア 0 四角形 APRM が円に内接するならば が成り立ち、四角形BQPN が円に内接するならば ∠QPRイ 2 が成り立ち、四角形 CRQL が円に内接するならば また, 四角形 APRM と四角形BQPNがそれぞれ円に内接するとき, ることがわかる。 I であ ② ∠PQR ウ 4 が成り立つ。 .. ③ ③ (数学A 第1問は次ページに続く。 I の解答群 O AB = AC ① AB=BC AB = AM ④AC = AN 2 AC = BC (5) AM = AN (数学A 第1問は次ページに続く。)

解決済み 回答数: 1