問題を解いたのですが答えが分かりません😭 教えてください🙏

Part 2 4 some In addition to these physical capabilities, experimental results show that babies' intelligence is often superior to adults'. Because of the way human brains develop, six-month-old babies are better at recognizing certain faces than adults. But there is a 5 catch: it is non-human faces that they really excel at recognizing. In another study, researchers discovered that six-month-olds had no problem distinguishing individual monkeys, although they look almost the same to adults. NIVEL どんな点で赤ちゃんは大人よりも優れているのでしょうか。 10 5 Researchers have also found that babies, before six months of age, have the ability to hear and distinguish between almost all the sounds of human languages. That's about 150 sounds in about 6,500 languages! For instance, Japanese babies can hear the 15 difference between "r" and "1" sounds, which adult Japanese find difficult to distinguish. This ability will disappear gradually as they learn their native language, Japanese. capabilities (kelpabila <capability keipobilan experimenta liksperament intelligence (inteladzana) superior [saplariar recognizing (rékagnaizin) <recognize (rékagnaiz) non-human \nànhjú:man excel [iksel] distinguishing [distingwif(in) idiom 2 be superior to 8 six-month-olds = six-month-old babies 5 there is a catch ここには留意すべき点があります !? 赤ちゃんの際の記憶が定かでないのは、人の記憶は3歳以降に定着するためであるという説があります。

問題を解いたのですが答えが分かりません😭 教えてください！

Part 7 生まれたばかりの赤ちゃんは何もできない,というのは本当でしょうか。 People used to 1 Babies are full of mysteries. think they could do nothing by themselves except breathe, eat and sleep. These days, however, new discoveries about babies show us that they have much greater abilities than most people think. 1B 2 Recent research findings in brain science and cognitive psychology make it clear that babies are not necessarily born with clean slates. For example, they remember some sounds which they heard in the mother's womb. Sounds in the womb are usually muffled, but the melody and rhythm of musical sounds are not much altered. 3 Surprisingly, babies sometimes can naturally do what adults think babies cannot do. Do you believe that babies are born with the ability to hold their 15 breath in the water and swim? Some researchers studying the dive reflex in 21 infants between four and twelve months old found that none of them inhaled water or choked 20 during "diving." They naturally moved their Baby clean ciates 白紙の状態で 15 hold one's breath 後間もなくから1歳くらいになるまでの赤ちゃん 5 10 arms and legs in a swimming motion. discoveries [diskávəriz) <discovery [diskávəri] finding(s) [fáindiŋ(z)] brain [bréin] cognitive [kágnətiv] psychology [saikálǝdzi] slate(s) (sléit(s) womb (wú:m] 17 dive reflex muffle(d) [máfl(d)] rhythm (ríom alter(ed) [5:ltər(d)] surprisingly [sərpráizinli] naturally [nætfərəli] breath [bré0] researcher(s) [riss:rtfər(z)] Co reflex [rí:fleks] infant(s) [infənt(s)] inhale(d) [inhéil(d)] choke(d) [tfóuk (t)] C motion (mouf

問題を解いたのですが答えが分かりません😭 教えてください！

Part 7 生まれたばかりの赤ちゃんは何もできない,というのは本当でしょうか。 People used to 1 Babies are full of mysteries. think they could do nothing by themselves except breathe, eat and sleep. These days, however, new discoveries about babies show us that they have much greater abilities than most people think. 1B 2 Recent research findings in brain science and cognitive psychology make it clear that babies are not necessarily born with clean slates. For example, they remember some sounds which they heard in the mother's womb. Sounds in the womb are usually muffled, but the melody and rhythm of musical sounds are not much altered. 3 Surprisingly, babies sometimes can naturally do what adults think babies cannot do. Do you believe that babies are born with the ability to hold their 15 breath in the water and swim? Some researchers studying the dive reflex in 21 infants between four and twelve months old found that none of them inhaled water or choked 20 during "diving." They naturally moved their Baby clean ciates 白紙の状態で 15 hold one's breath 後間もなくから1歳くらいになるまでの赤ちゃん 5 10 arms and legs in a swimming motion. discoveries [diskávəriz) <discovery [diskávəri] finding(s) [fáindiŋ(z)] brain [bréin] cognitive [kágnətiv] psychology [saikálǝdzi] slate(s) (sléit(s) womb (wú:m] 17 dive reflex muffle(d) [máfl(d)] rhythm (ríom alter(ed) [5:ltər(d)] surprisingly [sərpráizinli] naturally [nætfərəli] breath [bré0] researcher(s) [riss:rtfər(z)] Co reflex [rí:fleks] infant(s) [infənt(s)] inhale(d) [inhéil(d)] choke(d) [tfóuk (t)] C motion (mouf

問題解いたのですが答えをしりらないので合ってるか分かりません。どなたか教えてください🙏

テーマ 資源・エネルギー 10 文法項目 動名詞(いろいろな形/動名詞と不定詞) Track 29-30 UNIT 6 Reading URELL パンダのふんの研究が、いつの日か環境問題の解決に寄与するかもしれません。 In June, 2016, a baby *giant panda, Tian Bao, was born at a zoo in Belgium. It became big news because the birth of a baby panda is an *extremely Actually, that of Tian Bao was only the sixth in Europe in the last 20 years. While its population is slowly increasing, the giant panda remains one of the rarest animals 5 in the world. Therefore, scientists have been doing research on how pandas have babies. So, you may think the scientists working at the Belgium zoo *accomplished the goal of their research. But they have another goal; apart from having done that research, they've been studying panda *poo. Why are they doing that? Bm Dimoda ro Tian Bao's mother Hao Hao and its father Xing Hui live in the same zoo as their baby does. While they enjoy sitting in the sun and eating bamboo, with ow dirg.or the scientist team collects their poo. By studying the poo, the team is aiming to understand how pandas can digest bamboo. rare event. 2 Note In fact, bamboo is receiving a lot of attention in biofuel research these days. 15 It's among the fastest-growing plants on earth, and yet needs the least care. So the plant can become a good source of *renewable energy. But because bamboo is very tough and hard to *degrade, today's method for making a biofuel from bamboo costs a lot. *Technically, pandas are meat-eating animals, but over the years the food they eat 20 has changed to almost only bamboo. The scientists are trying to find the *microbes that help a panda digest about 10kg of bamboo a day. By using these microbes, they will be able to discover an easy and cheap method for ( 4 ). It may take time, but some day panda poo may help cars run. (296 words)

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4 20 科学 420 words Chapter 1 The recipe for making any creature is written in its DNA. So last year, when 1-1 geneticists* published the near-complete DNA sequence of the long-extinct woolly mammoth, there was much speculation about whether we could bring this giant creature back to life. 5 東京理科大学 Creating a living, breathing creature from a genome* sequence that exists only in a computer's memory is not possible right now. But someone someday is sure to try it, predicts Stephan Schuster, a molecular biologist at Pennsylvania State University and a driving force behind the mammoth genome project. So besides the mammoth, what other extinct beasts might we bring back to life? Well, 12 10 it is only going to be possible with creatures for which we can recover a complete genome Without one, there is no chance. And usually when a creature dies, the (1) - DNA in any flesh left untouched is soon destroyed as it is attacked by sunshine and bacteria. sequence. There are, however, some circumstances in which DNA can be preserved. If your 15 specimen froze to death in an icy wasteland such as Siberia, or died in a dark cave or a really dry region, for instance, then the probability of finding some intact stretches of DNA is much higher. Even in ideal conditions, though, no genetic information is likely to survive more than a million years. - so dinosaurs are out and only much younger remains are likely to yield good-quality DNA. "It's really only worth studying specimens that are less than 100,000 years old," says Schuster. The genomes of several extinct species besides the mammoth are already being sequenced, but turning these into living creatures will not be easy. "It's hard to say that something will never ever be possible," says Svante Pääbo of the Max Planck Institute 25 for Evolutionary Anthropology in Germany, "but it would require technologies so far removed from what we currently have that I cannot imagine how it would be done." But then (3) 50 years ago, who would have believed we would now be able to read the instructions for making humans, fix inherited diseases, clone mammals and be close to creating artificial life? Assuming that we will develop the necessary technology, we have 30 selected ten extinct creatures that might one day be resurrected. Our choice is based not just on practicality, but also on each animal's "charisma" - just how exciting the prospect of resurrecting these animals is. 1-3

見にくくてすみません💦 (1)〜(7)まで教えてください🙇‍♀️🙏 お願いします🙇‍♀️

3 次は,中学生の真紀(Maki) と, アメリカから日本に留学中の大学生ボブ (Bob) の対話です。 こ れを読んで、あとの問いに答えなさい。 Maki: Hi, Bob. Where are you going to go? Bob: Hi, Maki. I'm going to go to Ms. Tanaka's house. Maki: Oh, you teach her English on Fridays, right? It's Friday today. Bob: Yes, but today, I'll work there as a pet-sitter. Maki: Pet-sitter? Bob: Yes. You know the word, "baby-sitter" Baby-sitters take care of babies. Pet-sitters take care of pets./ Maki: Oh, I see. Bob: Ms. Tanaka will go on a trip with her friends today. She will come back tomorrow evening, so I'll take care of her dog, John, today and tomorrow. Maki: I see. What will you do as a pet-sitter? Bob: I will give food to John and walk him. Maki: It sounds easy. easy. That helps me When I visit a Bob: (take) care of him isn't so difficult, I often go to Ms. Tanaka's house to teach English, so I know John very well. I like him and he likes me, too a lot, In my country, I have (work) as a pet-sitter many times. new house, I have to ask the dog's owner many questions about the dog For example, "What does your dog like?" and "What does your dog dislike?" Each dog has its own character and pet-sitters have to know it, Maki: It sounds difficult. Bob: That's right Many people use the services of a pet-sitter when they can't use pet hotels. There are some reasons. For example, some dogs do not like to stay with other dogs. Some dogs can't sleep well at a new place. Maki: I understand. Some people like to spend time with their friends, and others like to do their favorite things alone. When I went on the school trip, I could not sleep well. (5) Bob: Yes. Sleeping at a new place not easy. my/best/ house / I / the / like / . } Oh, it's already three o'clock! I have to go. See you, Maki. Maki: See you, Bob. 〈注〉 teach ...に〜を教える sound ~に聞こえる character some ~, pet-sitter ペットシッター baby-sitter ベビーシッター owner 飼い主 dislike ~を好まない, いやがる service ** hotel ホテル and others... ~もいれば,もいる alone 1人で

やってみたけど合っているのか分からないので 答えを教えてください

語句を置く。 確認問題 1 〈現在分詞〉次の日本文の意味を表すように,空所に( )内の語を適する形にして書きなさい。 □(1) テレビを見ている少年 □ (2) 通りを歩いている女性 □ (3) Eメールを書いている少女 □ (4) 海を泳いでいる子供たち the boy the woman the girl the children Do you know the □ (2) ステージで歌っている少女は私の姉です。 The □ (3) ブラウンさんと話している女性はだれですか。 Who is the □(4) 私は自転車に乗っている子供に話しかけました。 I spoke to a □(5) 向こうで走っている生徒たちを見なさい。 Look at the TV (watch) 2 〈現在分詞〉次の日本文の意味を表すように,空所に適する語を書きなさい。 □(1) あなたはピアノをひいている少年を知っていますか。 an e-mail (write) on the street (walk) 1. Eve a bike. the piano? on the stage is my sister. in the sea (swim) with Mr. Brown? brou am oy way) HIST noms my bem sm t'uasi lime over there. 3 〈現在分詞〉次の英文を日本文にしなさい。 口 (1) Do you know the man taking pictures? ( tolongrento 06 □ (2) The dog sleeping under the tree is cute. Intos of worl babis wod babinsb ( (3) Who is the boy standing near the door? ( □ (4) I know that girl making cakes. sd vlitel effical als end vlintsteyel

下から4行目のIn one set of studies からの訳がイマイチ分かりません。一文ごとには訳せているつもりなのですが大まかに解説して頂きたいです。

C But what exactly is beauty? Trying to define it is difficult, and yet we know it when we see it-or so we think. "Beauty is health," says one psychologist. "It's a billboard saying. Tm healthy. I can pass on your genes." And our awareness of it may start at a very early age. In one set of studies, six-month-old babies were shown a series of photographs. The faces in the pictures had been rated for attractiveness by a group of college students. In the studies, the babies spent more time looking at the attractive faces than the

この問題が全然わかりません 早めに解きたいので心優しい方教えてください お願いします🤲

X を連続確率変数とする. . ・p(x) を確率変数 X の確率密度関数 (probability density function, 以下ではpdfと略す) とする. p(x)は次式で定義される. P(x < X ≦ x + Ax) p(x) = lim- (4-6*) 1x10 AX 注: P() は確率,p() は確率密度関数を表す.

この問題の解き方が全く分かりません。 心優しい方どうか教えていただけないでしょうか？ お願いします🤲

確率密度関数の定義 を連続確率変数とする. (x)を確率変数 X の確率密度関数 (probability density function, 以下ではpdfと略す) とする. (x)は次式で定義される. P(x < X ≦ x + △x) A x (4-6*) p(x)=lim- △x → 0