⑷の棒線部の訳がわかりません。問4が答えです。主語はないのですか？

23 15m 20 min. 362 words 次の英文を読んで、設問に答えなさい。 (1) A lot of people think cancer is the number one killer in the United States, but it's not. The leading killer is heart disease. Cancer is number two. Heart disease is responsible for about one-quarter of the deaths in the U.S. each year. Heart attacks (2a) account for over 500,000 deaths a year. One 5 reason the number of deaths from heart attacks is so high is that when people experience chest pain, they don't realize they may be having a heart attack and wait too long before going to the hospital. Such a delay can be fatal. (3a)- In fact, more than half of all heart attack victims die before they reach the hospital. 10 What are the warning signs of a heart attack? According to the American Heart Association, the signs include uncomfortable pressure or pain in the middle of the chest for two minutes or longer; movement of pain to the shoulder, arm, neck, or jaw; sweating may accompany the pain; *nausea and vomiting may 15 also occur; and shortness of breath, dizziness, or fainting may be experienced with the other signs. (3b) One of the factors that increase the risk of heart attack is high blood pressure. Today, with the stresses of everyday life, nearly one out of every three adults suffers from high blood 20 pressure. High blood pressure can be brought on by a fight with one's *spouse, problems at work, (2b) speaking in public, or even telling a lie. But it can also be brought on by something you enjoy, like the caffeine in a cup of coffee, cigarettes, or alcohol. There are, fortunately, ways to lower blood pressure - ways 25 Introduce

写真 2枚目の上の方にある 、asがどの用法のasか分かりません。 あなたが それらを観察するようにみたいな感じなんですかね？

4 1 Biologists [who study the evolution of human speech have S demonstrated that spoken language emerges (from our use of hand 0 and facial gestures)>, and a recent neuroimaging study showed that S 0 hand gestures and speech originate (in the same language-related area of the brain) >. 和訳 人間の話し方の進化を研究している生物学者たちは、話し言葉は私たちが手 振りと顔の表情を使うことから生まれるということを明らかにしており、 最近の 神経画像処理研究では、手ぶりと言葉は脳の言語に関連する同じ領域から生 まれていることがわかった。 originate 「起源とする」 2 This overlap [between words and gestures] appears to be associated with a rare cluster of brain cells [called "mirror neurons." 0 109 和訳 この言葉とジェスチャーの重複は、 「ミラー神経細胞」 と呼ばれる数少ない脳 細胞の塊に関連があるようだ。 cluster 「塊」 3 The neurons that fire in someone's brain (when they make a specific S

教えてください

A. Complete the paragraph with words from the box. One word is used twice. beat energy range seems steady Much of the research done on music and exercise focuses on what the ideal BPM is for running. But it also 2 studies that having a predictable, 3 music with sudden changes in the 4- from recent rhythm is important. Generally, like free-form jazz, is less suitable. Why? If the music speed changes while we run, we tend to adjust our movements to match the 5 Each time we change our steps to move faster or slower, we lose 6

英語が得意ではないのですが授業で当てられるので自分の答えがあってるか確認したいのでご回答お願いします！ 4つの問題の答え合わせに使いたいです！！ 左が問題文です。

Task I Match the underlined words w ①Incredible Edible has also influenced education and local businesses in Todmorden. 2 At the local high school, agriculture has become an official subject and students can learn about traditional methods of cultivation. 3 (7) The products they harvest are used in the school kitchen and distributed to local restaurants. 4 Restaurants can now serve food that has been sourced locally, and (1) an increasing number of tourists enjoy eating locally produced fruits and vegetables. © (5) As a result, businesses have flourished (1) thanks to this movement. ⑤ ⑥(*) In these ways, Incredible Edible created a snowball effect that has benefited many members of the community.

文構造（文法）がわからないです。 矢印の先にある「to」のあとにVingがくるのは何故ですか？私はこの「to」は不定詞だと思い動詞の原形が来ると思ったのですが…

1 (1). Words themselves do not communicate all the essential elements of what we need and want to convey to others. The expressions we make S 3 with our faces, the tone we use when we speak, and the gestures we make 調子 with our body are also key to communicating effectively. (In fact, your brain needs to integrate both the sounds and body movements of the person who is speaking to accurately perceive what is meant) Furthermore S

1ページの問題を翻訳する問題で、 可能性があるの部分を書きそびれてしまったのですが、might(かもしれない)がその部分の訳にあたるということでよろしいのでしょうか？ また、この部分を書かないと減点の対象になりますかね、？ よろしくお願いします🙏

(4) To understand how the Japanese might find robots less intimidating than people, researchers have been investigating eye movements/using headsets that monitor where the participants of the study are looking.

Musicなどの12個の中からそれぞれ分けるんですけどどこに何が入るか分からないです。教えて欲しいです💦 (2 Answers) Linguistic (3 Answers) Audio (2 Answers) Spatial (2 Answers) Gestural... 続きを読む

Multimodal Match Match the language to the matching mode of communication as notes ('■'). music voice-over colours facial expressions position of people/things imperatives filter intonation charts/graphs discourse markers body movements camera shots vocabulary volume stress language 0 sound effects Language ЯSLIK man NOW ? linguistic images visual audio Spatial background gestural visual design photographs gestures camera angles camera movement

写真１枚目の英文（上から４段目）についてです。 When they ran〜の文に energy it transferredとありますが、訳を見たらすごいtransferから修飾してるっぽくみえるんです、、でもitって後置修飾なしのはずだしどうなんだろうと思いました。わか... 続きを読む

6 2023年度 英語 防衛医科大学校 -看護 marine organisms like squid or jellyfish that get around in a similar 移動する way. (10) aquarium Then, one by The researchers began their study, which was published Wednesday) (in Royal Society Open Science, by liberally sprinkling an with minuscule floating particles of aluminum oxide Th one, they put five chambered nautiluses into the tank, and let them jet about.[/ that //In the They used high-speed cameras, a laser that lit up the particles software that could record the particles' movements. constellation of specks, they saw the animals sucking in water, then forcing out in the direction they were moving away from, with the pocket of ( 11 ) water and the nautilus shooting apart at velocities they could readily calculate. [[ om.) When they ran the numbers, the researchers saw that the nautilus was able to use 30 to 75 percent of the energy it transferred to the to move. ater to > it 後置修飾 That was much higher than other similar swimmers. "Squid, they tend to be about 40 to 50 percent efficient," said Dr. Askew. Bell-shaped jellyfish, which pulse their bells to squirt out water, also tend to have lower than 50 percent efficiency. 問7 下線部(7) the chambered nautilus とは何かを選びなさい。 (1) ダイオウイカ (2) ジュール・ベルヌの 「海底二万マイル』 に出てくる潜水艦 (3) オウムガイ (4) アンモナイト

写真 2枚目の 英文のshooting apart は、jetのことなんでしょうか？ 日本語訳は写真の枚数的に後半しか写せませんでした。ちなみに疑問点の和訳は赤で線を引いているところです。

Ⅱ 英文を読み、下記の問いに答えなさい。 (7) Like a tiny submarine, the chambered nautilus speeds through the ocean on little jets that it creates by sucking in water and spitting it out. However, as ways of movement go, jet propulsion is not usually a (8) very good use of energy. In the ocean's depths where oxygen gets thin, the nautilus seems to be putting itself at risk by expending so much effort on movement. Fish use far less energy by pushing at the water with their fins. So how does it manage to jet around unscathed in the ocean's depths? Graham Askew, a biomechanics professor at the University of Leeds, set out with a graduate student, Thomas Neil, to understand better how this shellfish moves. They found that the nautilus is actually a (9) highly efficient jet-propelled creature, wasting much less energy than

写真３枚目の問題についてなんですけど、解説を見てもなんで答えが２番かわかりません。 にばんの、 酸素濃度が濃くが、薄く、なら答えになると思うんですが、、

を読み,下記の問いに答えなさい。 ONA-based A coursing und and (7) Like a tiny submarine, the chambered nautilus speeds through the little jets that it creates by sucking in water and spitting it ocean on out. However, as ways of movement go, jet propulsion is not usually a very good use of energy. In the ocean's depths where oxygen gets thin, the nautilus seems to be putting itself at risk by expending so much effort on movement. Fish use far less energy by pushing at the water with their fins. So how does it manage to jet around unscathed in the ocean's depths? Graham Askew, a biomechanics professor at the University of Leeds, set out with a graduate student, Thomas Neil, to understand better how this shellfish moves. They found that the nautilus is actually a highly efficient jet-propelled creature, wasting much less energy than (9)