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

この段落の上から 4行目のspinというのは、 和訳中のどこに当たるのでしょうか？実験結果をそのように（楽観視）置いた くらいでしょううか？

ERL 土でく rep 14 Some think that the problems are simply technical: repairing a rat's string-thin spinal cord is a complicated experiment to copy. Others argue that, in some cases, eager scientists have put an over-optimistic 30 spin on their results. These accusations are hotly disputed, but some researchers privately fear that the expectation of high-profile patient. advocacy groups may be inadvertently creating an atmosphere in which problems are likely to occur. Certainly, some researchers admit to feeling under pressure to perform. "If patients phone you three or four 35 times a year and you can't tell them anything new, that's a pressure says Isabel Klusman of the University of Zurich in Switzerland. 15 Exploring these issues is difficult, as no one wants to be no

(4)の圧力は溶ける酸素の体積には関係ないと書かれていますが、なぜですか？

1 例題② 気体の溶解 A A A A ・ 20℃において水100mL に 1.01 × 10Pa で酸素は 0.00475g(体積では3.60mL), 窒素は PL AMBYOU A H 0.00201g溶ける。 次の各問いに答えよ。 & (1) 20℃の水100mLに 3.03×105Paで窒素は何g溶けるか。 (2) 20℃の水300mLに2.02×10 Paで窒素は何g溶けるか。 (3) 20℃の水1.00Lに1.01 × 10 Paで酸素は何mL溶けるか。 4 20℃の水 500mLに3.03×105Paで酸素は何mL溶けるか。 その質の微粒結晶を投入し (5) 20℃,1.01×10Paの空気を水1.00Lに接触させておいたとき, この水に溶けている酸素 と窒素はそれぞれ何gか。 ただし, 空気は体積比で, 窒素 酸素=4:1の組成であるとする｡

和訳お願いします。

次の英文を読んで, 設問に答えなさい。 [5] The headline grabs your attention: "The ancient tool used in Japan to boost memory." You've been The Japanese art of racking up clicks online more forgetful recently, and maybe this mysterious instrument from the other side of the world, no less! could help out? You click the link, and hit play on the video, awaiting this information that's bound to change your life. The answer? A soroban (abacus). Hmm, () それは私がどこに鍵を置いたか覚えておく助けになりそうには ないですよね? This BBC creation is part of a series called "Japan 2020," a set of Japan-centric content looking at various inoffensive topics, from the history of Hiroshima-style okonomiyaki pancakes to pearl divers. The abacus entry, along with a video titled "Japan's ancient philosophy that helps us accept our flaws," about kintsugi (a technique that involves repairing ceramics with gold-or silver-dusted lacquer), cross over into a popular style of exploring the country: Welcome to the Japan that can fix you. For the bulk of the internet's existence, Western online focus toward the nation has been of the "weird Japan" variety, which zeroes in rare happenings and micro "trends," but presents them as part of everyday life, usually just to entertain. This sometimes veers into "get a load of this country" posturing to get more views online. It's not exclusive to the web traditional media indulges, too but it proliferates online. Bagel heads, used underwear vending machines, rent-a-family services - it's a tired form of reporting that has been heavily criticized in recent times, though that doesn't stop articles and YouTube videos from diving into "weird Japan." These days, wacky topics have given way to celebrations of the seemingly boring. This started with the global popularity of Marie Kondo's KonMari Method of organizing in the early 2010s, which inspired books and TV shows. It's online where content attempts to fill a never-ending pit - where breakdowns of, advice and opinions about Kondo emerged the most. Then came other Japanese ways to change your life. CNBC contributor Sarah Harvey tried kakeibo, described in the headline as "the Japanese art of saving money." This "art" is actually just writing things down in a notebook. Ikigai is a popular go-to, with articles and videos popping up all the time explaining the mysterious concept of ... having a purpose in life. This isn't a totally new development in history, as Japanese concepts such as wa and wabi sabi have long earned attention from places like the United States, sometimes from a place of pure curiosity and sometimes as pre-internet "life hacks" aimed making one's existence a little better. (B) The web just made these inescapable. There's certainly an element of exoticization in Western writers treating hum-drum activities secrets from Asia. There are also plenty of Japanese people helping to spread these ideas, albeit mostly in the form of books like Ken Mogi's "The Little Book of Ikigai." It can result in dissonance. Naoko Takei Moore promotes the use of donabe, a type of cooking pot, and was interviewed by The New York Times for a small feature this past March about the tool. Non- Japanese Twitter users, in a sign of growing negative reactions to the "X, the Japanese art of Y" presentations, attacked the piece... or at least the headline, as it seemed few dove the actual content of the article (shocking!), which is a quick and pleasant profile of Takei Moore, a woman celebrating her country's culinary culture. Still, despite the criticism by online readers, the piece says way more about what English-language readers want in their own lives than anything about modern Japan. That's common in all of this content, and points to a greater desire for change, whether via a new cooking tool or a "Japanese technique to overcome laziness." The Japan part is just flashy branding, going to a country that 84% of Americans view positively find attention-grabbing ideas for a never-ending stream of online content. And what do readers want? Self-help. Wherever they can get it. Telling them to slow down and look inside isn't nearly as catchy as offering them magical solutions from ancient Japan.

青で線を引いた部分の文の構成がわかりません。文の要素の説明して欲しいです🙇‍♀️

will interest anyone who has recently attendeda class reunion - or plans to. Bahrick and 記憶」に関する英文だよ。パラグラフごとに内容を確認しながら読んでみよう。 the 1970s, the noted psychologist Harry Bahrick conducted a landmark study th. Is "colleagues asked hundreds of former high school students to look back at th yearbooks and see whether they could remember the faces of their classmates. What tho 5 discovered is (ア)proof of the power of human memory. For decades after graduation t. memory of fofmer students for the faces of their classmates was nearly undamaged. Evos after nearly half a century had passed, the former students could still recognize seventw three percent of faces of their classmates. But when it came to names, Bahrick found, memories were much worse; after nearly fif.. 10 years the former students could remember only eighteen percent of their classmates names. Names, for whatever reason, donot stick very well in our memories, or they stick only partway, causing us to call our brother-in-law Bob, Rob, or to mistake the author Ernest Hemingway for the actor Ernest Borgnine. Why should we remember faces, but not the names that go with them ? Part of the answer 15 is that (イWhen it comes to memory, meaning is king, Our long-term memory, even for things we've seen thousands of times, is limited. It is prúmarily *semantic, which means that in most daily instances of.remembering what_we mist recallis meaning, not surface details. Take the common *penny, for instance. How well do you think you can remember its features ? In a well-known test, two researchers, Raymond Nickerson and Marilyn Adams. 20 asked just such a question. The answer they got surprised them - and may surprise you. In the test, Nickerson and Adams asked twenty people to do something that sounds really easy: from memory, draw the front and back of a penny. After the drawings were done, Nickerson and Adams graded them to determine how accurately the participants had drawn eight critical features, like the placement of Lincoln's profile on the front of the coin 25 and the placement of the Lincoln Memorial on the back. The results wereA Of the twenty people tested, only one - an *avid penny collector 一 accurately recalled and located all eight features. Of the eight features, the average number recalled and located correctly was just_three. Interestingly, the most frequently forgotten feature was 30 the word “LIBERTY," which appears on the front of the coin, to the left of Lincoln's profile. The findings from the penny-drawing test were conducted a series of follow-up tests to try to confitm what was going on here. Among othe= things, they wondered: If people couldn't recall exactly what a penny looks likeg would the (at least be able to tell the real thing from a fake ? To find out, they showed a new group of people fifteen drawings of the heads side of penny. Only one of the drawings was accurate; the rest were not. The participants' job w to pick the right one. Again, the results were disappointing. the right one. NT ONTO POINT B |enough that Nickerson and Adam: POINT C than half of the people in the study picls (51 注)*colleague =同僚 *vearhook 京竜アル

どなたかこの英文を訳していただけませんでしょうか。

When attachinga photo, is a photo taken with a cellphone instead of a profile photo acceptable? Even if it is not a profile photo taken byaprofessional, it is sufficient if it can confirm your face. However, photos that have been retouched (using Adobe Photoshop, cellphone applications, etc.) will be excluded from the review.

1〜10の語句の英文定義をa〜jの中から選んでください。 1 device 2 trace 3 accurate 4 reveal 5 substance 6 yield 7 alternatively 8 come across 9 profile 10 glo... 続きを読む

誰か訳して欲しいです

Hi, | hope you are doing 9ood. Apprecaite if you can have a look at my profile.1am a budding photographer. It would mean a lot to me if you can like, share, follow or drop a feedback note on my profile. Have a good day! 。 Ti

RHEED法の原理と得られる7つの情報が、この英文に書かれているみたいなのですが、よく分かりません。 分かる方助けてください！🙇‍♂️

INTRODUCTION Reection high-energy electron diHiraction (RHEED) uses a Rnely collimated electron beam with energy of 10-100 keV. The beam irradiates a sample surface with gazing incidence to obtain forward scattered difraction patterms. RHEED enables us to analyze structures of crystal surfaces at atomic levels and also to in situ monitor growth processes of thin films (mo、1988: Ichimiya and Cohen、2004: Peng et al.. 2011). From the arrangement。intensity and profile of the dilraction spots in RHEED patterns as described below in detail、 one can obtain various kinds of information: (1) the periodicity (unit cells) in atomic arrangements. (2) flat- ness of surfaces. (3) sizes of grains/domains of surface structures and microcrystals grown on the surface. (3) epitaxial relation between the grown flms/islands with respect to the substrate. (5) parameters character- izing structural phase transitions. (6) individual atomic positions in the unit cells. and (7) growth styles of thin films and numbers of atomic layers grown. The most important advantages of the method are that it is quite easy to install the RHEED apparatus in Yarious types of vacuum chambers without interfering with other components of apparatuses and to do real- time monitoring during thin-Rlm growths. Because of these advantages.RHEED is nowwidelyusednotonlyin research Iabs of surfaces and thin fims. but also in device production processes in industry Low-energy electron diiraction (LEED、see article Low-ENNERcy ErecroN DirscmoN)。 in which an electron beam of 10-100 eV in energy is irradiated onto a sample surface with nearly normal incidence to obtain back- scattered difraction patterns. is also widely used to analyze the atomic structures of crystal surfaces. Since one has to make the sample face directly to the LEED

13～18番どれが正解かお願いします。答えの確認がしたいです。

ーー HU 隊 Throughout history。 humans a 汰<<い have had an Urge to make social connections、 Making friends js Something that most p 3 GO] ple do naturally when meeting people through fmily and friends and getting to k 2 | 5 to know people in their neighborhood, at school or im the "workplace。 mm addition, the Internet has (|131) a new meeting place一 SNS). the social networking site Social networking sites were originally designed to help adults connect with other adults: Users (| 14 | ) their own profi le containing personal mformation (such as likes and dislikes) which others could look through, When you found someone with similar interests to you that you wanted to contact。 you *posted a message and waited for a reply. These types of SNS were PD but access was usually *ofE mits to children。 Tt should come aS no surprise that technologically *savvy teenagers would Want to use computers in a similar Way. Im the United States。 MySpace.com is one of the largest social networking sites with over 100 miliion users。 Unlike some sites that ( 司| ) a special invitation to jon, MySpace js open to everyone Over the age of 14. Users create their own personal profile page and can spend their time *blogging, posting photos and instant messaging with other members from all over the world. They can then decide whetherlthey want to make their profile available only to friends or to al registered USeTS. Many *teens now prefer using SNS to ( ) touch with friends and meet new people. Instead of asking for a phone number or lemailladdressi asking for someone's MySpace profile iS becoming almuch more lpopular 0計 NR