英語の質問です。 One group was told that they were going to get feedback, some of which was good and some of which was bad, and were asked which... 続きを読む

219（1）と（3）で、 （1）はなぜ面ABFE,CBFGを含まないのか。 （2）はなぜ面BCGF,ADHEなのか教えてください！

*219 右の図の立方体について,次の問いに答えよ。 (1) 辺BF と垂直な面をすべて答えよ。 (2) 平面 BFHD と平行な辺をすべて答えよ。 (3) 平面 ABGH と垂直な面をすべて答えよ。 A E D B F G

大学受験の長文問題です。 解答がないので答えをお願いします🙏

問題 3 以下の英文を読んで、次の問いに答えなさい。 (*のついた語には語注が ある。) If you are able to step outside and hear many types of birds, you might also have a greater feeling of well-being. Two studies show that hearing diverse birdsongs may help increase our happiness. (A) One study was done by researchers at California Polytechnic State University. A research team studied the effects of birdsong ( 1 ) people walking through a park in the U.S. state of Colorado. A biology graduate student, Danielle Ferraro, led the study. "There could be an evolutionary reason why we like birdsong so much. And the idea is that when we hear birdsong it could signal safety to us," Ferraro says. There could be many other reasons, too. Ferraro states that in some areas around the world birdsong can also signal the arrival of spring and nice weather. Bird diversity, she adds, can also mean a healthy environment. She explained her study to Voice of America (VOA). Ferraro and her team played recorded songs from a diverse group of birds native to the area. They did this on hiking trails in a park in Boulder, Colorado. (2) several weeks, the researchers played recorded birdsong at certain times of the day and other times they did not. Then they talked with hikers after they ( 3 ). Hikers who heard the recorded diverse birdsongs reported a greater sense of well-being than the people who heard simply the natural birds. The researchers suggest that both the bird sounds and biodiversity* can increase feelings of well-being. Ferraro explained that she used native birdsong for the study. This way it would sound as natural as possible. They also did the study during the summer. She explains why this is important. "So the study ( 4 ) in the summer and that's kind of important because the spring is most birds' breeding* season. And if we play the birdsong during breeding season, that might have disturbed them. (B) We didn't want to disturb the birds too much." The study was published in an academic journal called the Royal Society B in December 2020. - 10- ◇M2 (310-15)

高3 英語表現です。 合っているかのチェックと、あれば訂正もお願いします。

STRESEMO SI In many cases, *cyber-bullying can be even more painful than face-to-face bullying. A lot of cyber-bullying can be done without using a real name, (1)( ) you may not be sure who is targeting you. This can make you feel even more threatened and can encourage bullies, (2)( ) they believe online secrecy means they're less likely to 秘密にすること おどされる いじめをする人 get caught. Since cyber-bullies can't see your reaction, they will often go much further in 〜ので ) they would do face-to-face with you. farate their harassment or ridicule (3)( 冷やかし (Adapted from Dealing with Bullying and Cyber-bullying by HelpGuide.org) (注)*cyber-bullying: コンピュータや携帯電話, ソーシャルネットワークなどを利用したいじめ ameldorg Inanitouha a'cijama Jarít (1) Ⓡ still (2) 1 as (3) 1 so that and pas 2 nevertheless 3 otherwise にもかかわらず さもなければ 5 but 2 though Kithet 2 such that 3 but however 3 than MTU 3 because 4 before when s vous diely you? Hosely odi otai genom gnigned Jaemmourvne yaibanorve adi bas orent page 4 4 unless 2 mnib sa roue olil magitom robom ~ように Sound travels in the same way as water waves (1) 2 still pond. The water is perfectly still (2)( O the stone falls in, waves are sent out in all directions. ) the stone hits the water. But once travels in all directions It is important to realize that sound spreads out (3) from its source. You can, (4)( 6 ), direct some sounds, for example, the human voice by using a megaphone. This makes the voice seem louder, (5)( is pointing the sound in one direction rather than letting it spread out (6) Ⓡ ) in fact it ) it would normally. ~ない限り 4 when 文章問題 Diw ob of saidton syar ns of alushur n (大阪医科大) noun at vide ) a stone is thrown into a (名古屋工業大)

what was it〰︎の一文の構文が分からないので教えて頂きたいです。

ear ocean. Yet upon reaching a shh Keeling Islands, he found an abundance of marine species What was it, he wondered, that caused a coral island to become a fertile oasis amid the nearly lifeless desert of the ocean around it? This mystery, which became known as "Darwin's Paradox," has long that the

教えてください！

LE (2) 日本気象協会によれば, 今年の冬の一つの特徴は、いつもよりゆっくり寒くなるとのことだ。 According to the Japan Weather Association, one feature of winter this year is that ) (bica ) ( ) (a cinc) (*) (LGING) (1). 7. colder 1. grow to than usual np. the days abctice 15/6 10se les 5 fem 20 beyeur of men weupet phiqa (3) もうすぐ12月。 昨年同様今年もどのくらい師走の習わしをできるだろうか。 pe tipa abo OF HELSIORA PIES December is just around the corner. I wonder ( ( ) ( e comer price su pole o )( 7. able to 1. be r (0102 . of our usual year-end-traditions DE WOLG pat 132 Su 7. are growing qua to pct. railway workers NOLS ) this year as well as last year. H 7. for *. that . more 0000 (4) 駅員のいない駅が全国で増えている。 63pt of ( )( * )( )( )( ) ( e *. will 1. miss . the deadline how many ✈. we I. slowly ps ) ( byla. iniqh ( train stations . unattended greablest S OL CIGLE YOL ORDER or 9th (5) カレンは申込み提出期限に遅れないよう, もう一度カレンダーを確認した。 1STE (OLG Fite csep Lean pek u jeze 1022 (OLGE PETOIDE LEGE BLO Karen checked the calendar again()( )( )( )( )( * ) bicce Mexico CONIL Ver to a neums nob ( ) the application. (3) apoguty ) ( ) ( ) ( * ) I. observe #. will wings A ) around the nation. I. number are 2 TOLG2 Roop toe . she I. SO . wouldn't [2 (

問題3.1の解答の式がなぜこうなるかわかりません。解説お願いします

E'= (₁ O 2E0 1- 1 √√31²+1² 6 4E0

電磁気学 問題3.1と3.2わかりません。解説お願いします🙇‍♀️

長い R 1.3 ガウスの法則 例題 3 ・一様に帯電した平面とガウスの法則 面密度」の電荷が一様に分布している無限に広い平面のまわりの電界を求め よ。 となる。よって 6 20 E=- E0 E 000 図1.10 ヒント】 電荷の分布する平面に垂直な円筒に対してガウスの法則を用いる。 【解答】 図1.10に示すような, 電荷のある平面に垂直な円筒を考え,これに対して ガウスの法則を適用する.ただし,この円筒の両底面は電荷の分布する面から等しい 距離にあるとする。 対称性より、電界は円筒の上下両面に垂直で,そこでの電界の大 きさは等しい。また,電界は円筒の側面とは平行の向きとなるので、円筒の底面積を S とすると, ガウスの法則は fe·ds=2E.S=OS - E to 6 13 080000 問題∞∞ fs of foo sofs of 3.1 例題3において, 面密度の電荷が一様に分布している無限に広い平面から 距離だけ離れた点Pにおける電界の大きさ o/2c のうち, 半分は点Pから距離 が20以内にある電荷によるものであることを示せ . 3.2 無限に広い2枚の平面が平行に置かれ, それぞれ面密度。および - で帯電 している。 平面によって分けられた各領域での電界を求めよ. I II III 0 3.3 電荷を帯びた薄板の表面付近において,電界の大きさを測定したところ5× 10 N/C であった。 電荷の面密度はいくらか. 31

わからないので教えて下さい

3 線分の比と平行線 右の図の線分 DE, EF, FD のう ち, △ABCの辺に平行な線分はどれですか。 教 p.1408 3 cm 4 cm 4.5cm D 2 cm E -6 cm *2.5cm

【至急】この文章の題名として最も適切なものは何かという問いです。私は、②だと思ったのですが、解答は①です。 よろしくお願い致します。

次の英文を読んで、 問 1 ~ 問8に答えなさい。 (配点50点) Inspired by fierce family battles for the last remaining piece of cake, a team of three high schoolers in southwestern Japan's Oita *Prefecture have invented a device that cuts round cake and pizza evenly, no matter how many pieces are sliced, and their creation won the top prize in the prefecture's invention contest in 2021. The three students are members of the industrial technology club at Oita Prefectural Kunisaki High School. Their clever invention to solve a daily life problem with a flexible *2mindset won the governor's award in the competition and is gathering attention. Twelve students in the electronics department of the school ( 1 ) to the industrial technology club, which has continued to submit works to the invention contest for about 40 years. Five of their creations won prizes in the high school division of the 2021 edition of the competition that was launched in 1941. The top prize-winning device, whose name translates to "Let's kindly divide it up," was invented by second-year students Wataru Onoda, 16, Rinto Kimura, 17, and third-year student Mitsumi Zaizen, 18. It was inspired by bbattles for birthday cake in Onoda’s family. He needed to defeat his rival two sisters in games of rock-paper-scissors to get the last remaining piece because the cake was always cut into eight pieces despite his family having seven members. Based on Onoda's idea to equally divide a cake into seven pieces, Kimura created a drawing and computer program to precisely make parts for the device. While Zaizen could not be involved in the actual production due to preparations for her university entrance she created a video for the presentation, using her experience of winning a prize in the competition for two years in a row. exams, (2 ) a two-month trial and error process, the device was completed. When a cake or pizza is placed on a turntable made with a laser beam machine, it can be cut evenly into