英語 高校生 1年以上前

下から2行目のfor the visionの所の構文がわからないです。ここの文の文構造を教えて頂きたいです。

A new study has discovered that heightened blood flow activity within certain regions of the brain could help explain the great dreamer divide. In general, dream recall is thought to require some amount of wakefulness during the night for the vision to be encoded in longer-term memory. But it is not (a) known what causes some people to wake up more than others.

英語 高校生 1年以上前

写真の赤線部でわからないことがあります。 ①in stead ofの後ろもdevelopを修飾していますか？それとも、独立した？副詞ですか？in one以降の文において、oneはtheir encoding abilityを表していることから、in stead ofの後ろを... 続きを読む

新 3 1 Recent studies have (largely) rejected the long-held thinking that babies 5 同格のthat 過去との対比 過去を表す語句 反論表現 cannot encode information [that forms the foundation of memories]). (For instance), (in one experiment [involving 2-and 3-month-old infants]), the babies' legs were attached (by a ribbon) (to a mobile), a toy [that hung (above a mobile の同格 the baby's bed)].3 (By kicking their legs), the babies learned motion caused the mobile - art 15V0 因果表現 0 mobile without the ribbon)), the infants remembered to kick their legs. (When the same experiment was performed (with 6-month-olds)), they picked up the kicking relationship (much more quickly), (indicating that their encoding ability must develop (gradually with time) (instead of in one v'- significant burst [around 3 years old])〉). 対比表現 that the the mobile to move). 4 (Later), (placed (under the same o' 1 S 訳 1 最近の研究はそのほとんどが、幼児は記憶の土台となる情報を記号化することが できないのだという, 古くから信じられてきた考えを否定している。 例えば, 生後2か月 および生後3か月の幼児を対象にしたある実験で, 赤ちゃんたちの足には, モビールとい う, その赤ちゃんのベッドの上につるされたおもちゃに繋がっているリボンが結びつけら れた。足をバタバタさせることで, その動きでモビールが動くことを赤ちゃんたちは学ん だ。その後, リボンは着けずに同じモビールの下に寝かされると, その乳児たちは足をバ タバタさせることを覚えていた。 同じ実験を生後6か月の子どもに行ったところ、 足をバ タバタさせること(とモビールの動き) の関連性に気づくのがはるかに早かった。 このこ とは,記憶を記号化する能力が, 3歳前後で突然大幅に発達するのではなく、時間をかけ て徐々に発達するに違いないことを示している。

英語 高校生 2年弱前

並べ替えの問題がわかりません🥲教えてくださいお願いします🙇‍♀️

rmativ nt Each of us carries just over 20,000 genes that encode everything from the keratin in our hair down to the muscle fibers in our toes. It's no great (1) (own / came / where / from / our / mystery / genes): our parents bequeathed them to us. And our parents, in turn, got their s genes from their parents. But where along that genealogical line did each of those 20,000 protein-coding genes get its start? That question has hung over the science of genetics (2) (ago / dawn / century / since / a / ever / its). "It's a basic question of life: how evolution generates 1 novelty," said Diethard Tautz of the Max Planck Institute for 10 Evolutionary Biology in Plön, Germany. New studies are now bringing the answer into focus. Some of our genes are immensely old, perhaps (3) (to / way / back / dating / all the / the) earliest chapters of life on earth. But a surprising number of genes emerged more recently. many in just the past few million years. The youngest evolved after our 15 own species broke off from our cousins, the apes. Scientists (4) (being / finding / into / are / genes / come / new) at an unexpectedly fast clip. And once they evolve, they can quickly take on essential functions. Investigating how new genes (5) (understand / help / become / scientists / important / may / so) the role they may play in diseases like cancer. [1] Read the passage and rearrange the seven words in (1) - (5) in the correct order. Then choose from 1-4 the option that contains the third and fifth words. (1) 13rd: our (2) (3) (4) (5) 5th: genes 3rd: ago 5th: since 3rd: back 5th: the 2 3rd: where 5th: came 2 3rd: its 5th: ever 23rd: the 5th: back 2 3rd: genes 5th: into 1 3rd: genes 5th: being 1 3rd: may 5th: scientists 3 3rd: scientists 5th: understand 3 3rd: genes 5th: from 3 3rd: its 5th: a 3 3rd: way 5th: back 3 3rd: finding 5th: genes 23rd: important 5th: help 43rd: help 3rd: own 5th: came 3rd: came 5th: dawn 43rd: the 5th: the 4 3rd: new 5th: come 5th: understand may may understand thep (早稲田大) wystery. ne TOL Recome Sc