Grade

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English Senior High

英語の長文問題です。問1の答え、問2の答え3、1 で合ってますか⁇ 問1の根拠→L15 問2の根拠→L26〜31 答え違くない?と思ったら何番になるか教えて欲しいです☺︎☺︎お願いします🤲

WgrIICSS Of their a 2 s and about nutrition t ・。 eating habi d ticle もO 1 3 le BYou are studying PeoP an ar er gave YO nutrition、 Your teach an od reS information available at faSt fo な le of Americans hat the busア jfestゲ rts bejieve 8 本 1 an higher in 1a ds to be 6 上 that jy, restauran 時 を at home. Unfortunate」 Tealth experts belie - 了% cholestero】 than home-cooked meals. can make |。 rition + 8 eope beco re_aware of nut Many restaurants DrOVide better choices_when_selecting_what_to_ea The iion content. nformation such as calories and nutrition Many health expei re ofte 1 taurantS nnO Jeads to eating out at re5i 電 ooking and eating gOvernrment i the le are uS1ng asked a study team to examine whether DeOP i 1 are g1Ven. に 0い regulations have been created 氏 隔 10 peoples eating habits. Some local governments have ried to imi advertisements for nnnealthy food. They have also made rules about What foods and drinks are sold at schools. One successful approach taken was to force food companies to use labels explaining what (中洛と7 exacJy was jn the food they sold. The laws required that the calories | is 4ふ SS Con4ai imed in food and drinks have to be shown. This was good for foog tnat peop7e buy and cook at home. Many 1ocal governments Starfed requiring tnat restaurants show the calorie information、Tm fac6 one Survey found that 54% of large restaurant chains showed 妨e cajorje information on ther menus. 20 The study team hoped to fnd that the information required by 25

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Biology Senior High

至急! 分かるところだけでも大丈夫なので教えてくださいm(_ _)m

DNA の塩基配列を決定する手法の一つにサンガー法がある。 サンガー法では, まず鋳型となる 1 本鎖 DNA の特定部位と相補的な塩基配列をもつ短 い 1 本鎖 DNA (とする) を用意する。 次に, 鋳型 1 本鎮 DNA , ,酵素,DNA の構成成分 である 4 種類のデオキシリボヌクレオシド三リン酸を十分に入れ, さらに蛍光色素で標識 レた 4 種類のジデオキシリボヌクレオシド三リン酸 (ddATP, ddGTP, ddCTP, ddTTP)の うち, いずれか1 種類を少量加えて反応させる。反応液中では, 鋳型DA をもとにDNA の伸長反応が進行していくが, デオキシリボヌク レ オシド三リン酸の代わりにジデオキシリボヌク レ 混合液加えたもの オシド三リン酸が取りこ 人Iの2 DNA ddGTP ddCTP ddTTP の伸長が止まる。その結果, 長さの異なる 1 本鎖 At DNA が合成される。合成された 1 本鎖 DNA を電 気泳動すると, 短い DNA ほど速く移動するので, 大きさにしたがって DNA を分離することができる。 ddATP, ddGTP, ddCTP, ddTTP をそれぞれ用いた 場合の電気泳動の結果は図のようになった。 問 1 下線都ア。イ の名称として最も適当なものを, 次の ⑩@0 のうちからそれぞれ~ つっIA 0 ラクグズミド (人ゆ 20グRe 6邊スクレオシド @ オペロン ⑳ DNAポリメラーゼ @ RNA ポリメラーゼ の⑳ DNAリガーゼ 修復酵素 間 2 実験結果から, 鋳型 DNA の塩基配列として最も敵 。 つう軸 だし。 が粘合したところに近い側をだとして横一外人に 富加装3とァそロ蒲直ロ ③ 当なものを次の0て⑳⑩ のうちか kbべたものと する。 Ma ⑳⑩ CGAGTAGCCA ⑳ ACCGATGAGC @⑨ GCTCATCGGT ⑳ TGGCTACTCG ンドリン酸の量を増加させると, 合成 間 3 反応液に加えるジデオキシリボヌクレオ される DNA はどうなるか。 次の 0@ のうちから一つ四や ん ⑩ 短いものが多くなる。 @ 長いものが多くなる。 ⑳ 中間の長さのものが多くなる。

Unresolved Answers: 1
English Senior High

分かるところだけでいいので教えてください!

旧和-前lmppe si 証選是2 Read the text and answer the questions below. (apt wm Eve Every year hundreds of new bridges, large and small ane but around he worid. 可 inanon of NOSE Most ofthese 5 a p brdges are marle of wood, steel, concrete, or some Com! uilt uSiNIg yariouき (hree i W materials. However, in (he last few years bridges are Dein如 Iinds of plastics. reinforced1 mmm es 上 0 4 mew bridge in Kiipphausen, Germany, is made entirely 0『 glass-fiDeT like those plastic (GRP). Jr is just as strong as a concrete or steel br put un ュ = httiSR marerials、 GRP does not corrode and is not affected by fros 0F mold. Althou店 し pected to concrexe, し導SEPウデニーー more expensive than a conventional bridge of steel and money Jast machi longer and to need less maintenance, so he 【OWP will saVe Abndge im New Jersey.U.S.4 is made of anew mee plended fro or plastic used for many S ATe made of polystyTene m reCyCled mm "polyethylene and "polystyrene. Polyerhylene is a kim containers and many coffee cups plates, bowIs, and IO Neithuer of Chese raterials alone is SITOnB enough to mal em is much stronger.The neW bridge is ce will also be cheaD and ea5y is that they can be desigmed y-developed computer software can of a specific site by modifyinga ooSing frOm a range ke a bridge. but the new 14 meters long and can material made from th to maimtaim. 5 support a heavy fire rruck. This bndg Another advantage of plastic bridges more quickiy (hanm conventional bridges. Speciall pe used to desjgn a plastic bridge (hat meets the needs e way customers buy a neW car by ch srandard basic desigm mm 由 zo of opiions and specil equipment. Once the bridge's desigTl 1 completed, the plastic and built much em parts car be manufactured in a week. These Coml onents are light in weight amd easy ro handle, so a small bridge can be installed by atwo-mancrew inafew hours. Most of (he plastic bridges built so far ar rraffic. As the technology advamces and the advanmtages of e comparatively small、 buili for pedestrians or jjghf vejicle plastic bridges are recOgiZed, hOWeVer, there could be many Iarge-Scale highway and raijroad bridges made of plastic in the Tuture. ghessdiber einforced plastic グラスファイバー強化プラスチック mold かび polyethylene ポリエチレッ polystyrene ポリスチレン

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