これって正解2なんですけど3でも主格の関係代名詞の省略で正解じゃないですか？

088 000 The results of the exam ( ①are to be announced 3 is going to announce ) tomo 2 is being announced 4 will be announcing 089 Writer Barbara Tuchman was the first woman ( ) president of the 000 Academy of Arts and Sciences. (慶応大学) 088 are to be という意味を考え ている」で十分で が、そんな区別は いるのが変です。 試験の結果 ② the first woma ~は形容詞 first woman 原作家のバー 7076 1 to elect (2 to be elected 3 was elected 4 whose election as 初めての (松山大学) 090 Scientists found that an iPS cell had the ( ) to develop into any ① 000 adult cell in the body. 1ability 2 skill Foto 1-1-abl といっても

英検準2級ライティング 採点お願い致します🙇‍♀️ お題は人々は将来携帯電話に更にお金をかけるかです

I think çont have two reasons. First, cell phones are so expensive. I think it will be more expensive in the future. Second, they will buy two cell phones For example, they are able to use bussiness or •useful. Therefore I think people will spend more money on cell phone in the future private. It's

injection of healing cells① the idea that curing cells➁ 上は、治療細胞なのに 下は細胞を治す になるんですが、この違いは何なんでしょうか？ １枚目写真の上から三段目ー① ２枚目の写真の下から二段目ー➁

英文 11 It was a miracle of almost biblical* proportions. In 1998, scientists in Israel revealed that rats whose spinal cords had been severed" had walked again after an injection of healing immune cells called macrophages. Their hopes buoyed by enthusiastic media coverage, paralysed patients began to dream of taking their own tentative* steps. 12

生物　MHC分子 下の写真の緑マーカー部分についてです。 クラスⅠとⅡで、溝の両端が閉じているか開いているかと書かれているのですが、どこが閉じててどこが開いているのかよくわかりません。 図のどの部分にあたるのでしょうか？ また、閉じている・開いていることによる違いは、開... 続きを読む

3 TCRの抗原認識とMHC分子 ●MHC分子とTCR の構造 MHC分子は,細胞内で合成され、細 胞表面へ移動する途中で、細胞内で分解 されたタンパク質の断片(抗原ペプチド) と結合し、複合体として細胞表面に提示 される。 抗原ペプチドには、病原体など の異物に由来するものと、自己の成分に 由来するものとがある。抗原ペプチドが MHC分子に結合してT細胞へ提示され ることを抗原提示という。 抗原提示 frühe T細胞 MHC分子- 抗原ペプチド、 TCR TCR は, MHC分 子と抗原ペプチド からなる複合体の 構造を認識する。 可変部 定常部 T細胞 各T細胞は1種類のTCRをもつ。 そ れぞれの細胞のTCR は , 可変部の構 造が異なっており、多様性がある ( p.138)。 MHC分子によって提示される 多様な抗原ペプチドは、それぞれ別の種 類のTCRによって認識される。 構造 ② MHC分子の種類 MHC分子にはクラスIとクラスⅡの2種類があり、 発現細胞と提示するT細胞が異なる。 MHCクラスⅡ分子 MHCクラス1分子 T細胞が 認識する領域 機能 生物 正常細胞 MHC (major histocompatibility complex; 主要組織適合遺伝子複合体) 分子は, 細胞がT細胞に対して抗原の情報を伝える際に用いるタンパク質である。 T細胞は, T細胞受容体 (TCRT cell receptor) によってその情報を認識する。 抗原ペプチド 上面から見た分子構造 fot 抗原ペプチドが入る溝 クラスⅠ分子の溝は両端が閉じてお り 結合するアミノ酸の長さは,お よそ9 アミノ酸である。 自己成分 のペプチド > MHCクラス Ⅰ分子活性化 病原体のペプチド キラーT細胞が関わる情報伝達に用いられる。 機能 貪食した病原体の ペプチドを提示 感染細胞 攻撃 破壊 細胞内の病原体の ペプチドを提示 構造 キラーT細胞 クラスⅠ分子を発現する細胞 ● ほぼすべての細胞 T細胞が 認識する領域 抗原ペプチド TE 樹状細胞 上面から見た分子構造 病原体 (抗原) 抗原ペプチドが入る溝 FIT クラスⅡI分子の溝の両端は開いてお り, 結合するアミノ酸の長さは、 お よそ20 アミノ酸である。 ヘルパーT細胞が関わる情報伝達に用いられる｡ BCRに結合した抗原を 取り込み、 提示する。 このため, B細胞を活 性化するヘルパーT細 胞は、同じ抗原を認識 したものに限られる。 -MHC クラスⅡ分子 活性化 市 ヘルパーT細胞 クラスⅡ分子を発現する細胞 ●樹状細胞やB細胞などの一部の免疫細胞 B細胞 活性化 T細胞に抗原提示し、活性化させる細胞を抗原提示細胞という。 樹状細胞は、最も主要で強力な抗原提示細胞で、 クラスⅠ およびクラスⅡのMHC分子をもち, キラーT細胞とヘルパーT細胞の両方を活性化する。 細胞の成熟過程では、自己にとって不都合なものが排除される。 選択を経て残ったものは、二

空欄の所と間違えているところ教えて欲しいです🙇‍♀️🙏

6 分詞 (LESSON 14-15) 評価問題 氏名 ()から適切な語句を選びなさい。 ( 3点×4=12点) (1) This is a picture of a bird (drink/drinking/drunk) water from a pond. (2) We were (surprise/ surprised/ surprising) at her colorful dress. (3) The old man sat on the sofa with his legs (cross/crossing/ crossed). (4) My sister had her hair (cut/cutting/ to cut) by my mother. [ ] の動詞を適切な形にして、英文を完成させなさい。 to music. (1) Mike reads a book, listening (2) They left the gate Closiny all day long. (3) The picture (4) The boys kept Painted by Emma is very beautiful. Playing the computer game for hours. 13 ( )の語句を並べかえて、 英文を完成させなさい。 ただし、 下線部の動詞は適切な 形の分詞にすること ( 4点×5=20点) (1) (someone / in / there / of / is / front / wait) the door. There is someone wailing in front of (2) (got/cell phone/I/repair/my) yesterday. ( 4点×4=16点) [listen ] [close] [paint] [play] I got refailed my cell phone (3) We (the shop/ be baked / we / apple pies / at ). We (4) (a new restaurant/found/drive/he/ the car,) near his home. Priving the cat he found a new bestrant the door. /100 yesterday. near his home. (5) Ann watched (her cheeks/run/the movie / tears/down/ with). Ann watched the horie running dan with her checks teats ④4 次の各文の誤りを訂正して、全文を書きなさい。 (1) その眠っている赤ちゃんは私の息子です。 The baby sleeping is my son. The sleeping baby is my soul (2) 先生は彼の生徒たちに囲まれて座っていました。 The teacher sat surrounding by his students. the surrounding teacher sat by his students (3) お父さんに叱られたので、その女の子は泣き始めた。 Scolding by her father, the girl began to cry. Scolding by her father the girl began to ch (4) 彼女は車をそのホテルに駐車したままにしておきました。 She left her car park at the hotel. 5 次の日本語の意味に合う英文を作りなさい。 (1) 彼女は皿を洗うのに忙しかった。 (6点×4=24点) she was busy washing the dishes (I で始めて) I heard my brother singing the song (his で始めて (2) 弟がその歌を歌っているのが聞こえました。 (3) 彼のスピーチは退屈でした。 His speech was boring ( 6点×3=18点) 6 あなたが何かをしに行って, そのとき感じたことなどを3~4つの英文で書きなさい。 (5点) 会話の最後に入る気持ちを自由に考えて書きなさい。 A: The university entrance exam is coming up soon. B: I'm getting nervous. I don't know if I can pass or not. A: (5

どんな感じの文が入るのか、日本語でいいので教えて欲しいです。

You want to learn some information about cellphones and public phones. Hožtulovs are listening to a presentation about them. The total numbers of cellphones and public phones in Japan from 1990 to 2017 AW IN 180,000,000 160,000,000 140,000,000 120,000,000 100,000,000 80,000,000 60,000,000 157,875 40,000,000 20,000,000 900,000 800,000 832,735 700,000 600,000 500,000 400,000 300,000 200,000 100,000 The number of public phones cellphones (Right) public phones (Left) 868,078 0 1990 1993 1996 1999 2002 2005 2008 2011 2014 2017 Listen The graph shows the changes in the total numbers of cellphones and public phones in Japan from 1990 to 2017. As you can see, before 1993, From 1999 to 2008, In 2011, Listen Listen population [pànialérn decrease [dıkrísl 170,192.035 0 (総務省「情報通信統計データベース」 2019) Listen Even today, the number is increasing year by year. On the other hand, from 1990 to 2017, Listen Listen The number of cellphones ?

3枚目の問いの答えを教えてください。 よろしくお願い致します。

Radio Host: durlar aind Roger Ali: Radio Host: Roger Ali: Radio Host: Roger Ali: Radio Host: Roger Ali: Roger Ali: Radio Host: Roger Ali: Radio Host: Welcome back. As I mentioned before the break, Roger Ali is with us today to talk about artificial intelligence. Thank you for being here, Dr. Ali. Thank you for having me. I'll be honest with you. When I hear the words "artificial intelligence," the first thing I think of is the character HAL from the movie 2001: A Space Odyssey. ch tud goons bad Radio Host:ome In other words, the search engine draws conclusions about what we're looking for on the Internet. Roger Ali: Sure. Many people remember HAL. In the movie, he's the computer that controls the systems of a spacecraft. He also speaks with the people on the spacecraft. And he's not very happy when the people decide to turn off the computer. In the movie, HAL becomes very dangerous. That's right, but fortunately, artificial intelligence in the real world isn't like HAL. Well, that's good! Can you tell us what is happening in the field of AI? Many interesting things. For example, when we search for something on the Internet, the search results that we see are chosen carefully. The search engine has learned which websites are the most popular, the most reliable, and so on. This prevents us from seeing a lot of websites we're not really interested in. Tosa Right, so it only shows us the information it thinks we want to see, which includes go advertisements as well. We usually see only ads for products that the computer thinks we might want to buy. You said, "It thinks," but is the search engine really thinking? IST That depends on your definition of thinking. The search engine is capable of learning machine learning-and it does have knowledge. Knowledge about the Internet. Are learning and knowledge part of your definition of thinking? They're part of it, but human beings are capable of so much more. We have our senses hearing, smell, sight, touch, taste-and our emotions. We notice a lot about the world, and we use our judgment to make decisions. That's true, and most computer scientists know that we can't replace human beings with computers. We don't intend to make robots for every kind of job, either. That's just not practical.

至急答えを教えて頂きたいですお願いします‼️‼️

e 3 Choose the best answer to fill in the blanks. (1) (1) You should be ( treated. 1 respecting (2) I'm very ( 1 conscious 2 (5) People say honesty 1 adds ing ) toward others. Treat other people the way you want to be In the bl y no enoga 3 respective respectful ) to the cold. Can I have another blanket? lliw gmix woy a 2 delicate Did y 3 sensible 4 sensitive WOTO (愛知学院 (7) Our team spent ( marketing plan. 1 so long (3) The machine is working, but I can't (19) how to turn it off. qu grind bluoria yoy 11 figure out worla 4 put down 2 stand out can m 2 be built 3 set up Opera hardly (4) The mayor demanded that a dam (OS) as soon as possible to protect the residential 10 p olur ) Fremdlog Ⓒ area from being flooded. 1 built Jon To be 4 respect (he fir) in the long run.eladder 2 pays ni bo 3 resorts noltre 3 should build 4 build .eeod eft mort no aims (2) as many as en geoorl (6) The earliest cell phone was 8 inches long and weighed 2.8 pounds. The battery KI( ) only 36 minutes. estamento atfelv 1 lasted 2 remained 3 rested 3 so much 1919 bluor(秋田県立 (関西学院大) tog of begunam Ia Jeg of bein 4 sounds moglo |||23|| 76 Ini ) 12 hours a day at work to impress our boss with our new ebriántries 4 stayed 4 longer Bwana (兵庫医療大 (北里大

mainstreamⅢ chapter18 章末問題 解答教えてください！

6 Chapter 18 Comprehension a. On the basis of Gurdon's research, Yamanaka revealed that specialized cells from a mature Choose the appropriate answer. body can be transformed into iPS cells. frog. b. Gurdon placed cells from the skin of mice into an unfertilized egg cell of a c. Yamanaka took cells from the blood of mice and transformed them into a baby. d. The only difference between Gurdon's and Yamanaka's experiments was what cells they used. e. Organ rejection will no longer be a problem because it has become possible to develop organs from the patients' own cells. f. iPS cells will soon make it possible to cure all types of diseases. g. Yamanaka admits that iPS technology has done harm in some cases. h. Even as a scientist Professor Yamanaka believed that his mother saw his father's ghost. i. Professor Yamanaka has never thought of giving up research. found iPS ce j. What Professor Yamanaka wanted to say in the speech was what seems unfortunate at first may turn out to be fortunate in the end. not e mes B Choose the most appropriate main theme. a. John Gurdon and Shinya Yamanaka won the Nobel Prize because they helped each other for 40 years to create iPS cells. Chapter 18 | Minis SO 15 b. We should be careful about new technology because it takes time to put it into use and it can do harm. 24 c. Professor Yamanaka has experienced challenges in his life but they were also opportunities, one of which led to the Nobel Prize.

6.7.8.10.11.12の品詞分解をお願いします。 to+Vの用法も教えてもらえると助かります！

1 You want to learn some information about cellphones and public phones. 2 You are listening to a presentation about them. 3 The graph shows the changes in the total numbers of cellphones and public phones 4 in Japan from 1990 to 2017. 5 As you can see, before 1993, cellphones were not very common. 6 From 1999 to 2008) the total number of cellphones increased by more than 100%. s 7 (In In 201). 2011, there were more than 120 million cellphones. S 8 This means that the number of cellphones was greater than the population of Japan. V 9 Even today, the number is increasing year by year. 10 On the other hand, 11 from 1990 to 2017) the number of public phones decreased by more than 80%. 12 Will the number of public phones continue to decrease year by year?