高校1年生、歴史についての質問です！ フランス革命や、ウィーン体制の所をやっているのですが、そこの範囲で出てくる国民主義と民族主義の違いがイマイチ分かりません、、、！！！💦💦 なにか決定的な違いを教えてください！！🙇‍♀️🙏

教えてください

emad 9. The time will soon come ( ) we can enjoy space travel. eyswlA whichen I 2 when 19tism on 3 what gaitiaw 4where la ei sliw y O 1 10. I don't know wor ow the reason () she sudde ) she quit her job. suddenly 3 how 4 when 1 which 2 why

わからないのでどなたか教えてくださると助かります。

(a) Susan finally managed to get a good job. (b) Susan finally succeeded ( )( ) a good job.

線引いたところ 何故1/分子量 を掛けるのか分かりません…（._."Ⅱ 教えて下さい🙇‍♀️┏○" (字汚くてすいません)

mol 1-20m P.35 例題2 パ濃で表わせって固まく出る (1) モル濃度 単位しと 式を 「溶液」「溶質」 「単位」に注目して組み立てる。 26 122 [mol] 質(2 液( 103 45 Ismol] x 液( 液( TO CALT. X 液 1⑤ 分子量( 質パ濃×密度×103× (2) ×12×103× モル濃度 上式に値を代入する。 (27) モル濃度=18 100 =5.4mol/L x 分子量 40 ・厚

ここのofferingはどういう訳になるでしょうか。

6限目 150点 TR/35-40 次の英文を読み, 問いに答えなさい。 ( 50点) Most people in the United States don't realize that they've been eating *genetically engineered foods since the mid-1990s. More than 60% of all processed foods on U.S. - supermarket shelves - including pizza, chips, cookies, ice cream, salad dressing, contain ingredients from engineered soybeans or corn syrup, and baking powder - 5 corn. Genetic change or modification is not a recent thing. Humans have been (5a)altering the genetic structure of plants for a few thousand years, keeping seeds from the best crops and planting them in following years, *crossbreeding varieties to make them taste sweeter, grow bigger, and (5b)last longer. (1)In this way we've transformed the 10 wild tomato from a fruit the size of a grape to today's giant, juicy tomatoes. But (2)the technique of genetic engineering is new, and quite different from conventional breeding. Traditional breeders mix together related organisms whose genetic structures are similar. In so doing, they transfer a great number of genes. By contrast, today's genetic engineers can transfer just a few genes at one time between 15 species that are distantly related or not related at all. Genetic engineers can pull a desired gene from almost any living organism and insert it into almost any other organism. They can put a rat gene into lettuce to make a plant that produces vitamin C or blend genes from an insect into apple plants, The purpose offering protection from various diseases that damage apples and pears. 20 is the same: (3) to insert a gene or genes from one organism carrying a desired characteristic into another organism which does not have that characteristic. between The engineered organisms that scientists produce by transferring genes species are called transgenic organisms. Several dozen transgenic food crops are (5e)currently on the market, including varieties of corn, pumpkin, soybeans, and 25 cotton. Most of these crops are engineered to help farmers deal with age-old agricultural problems: weeds, insects, and disease. (4) many scientists see great potential in the products of this new Autopotah pred sage biotechnology, some scientists see uncertainty and even danger. Critics fear that genetically engineered products are being rushed to market before their effects are ▶ NOTES genetically engineered food: 遺伝子組み換え食品 crossbreed: 異種交配させる 28 30 fully unde engineere from (5d) 問1 下着 下 問2 問3 下 42 1 問5 問6

写真中央の"It would be..."の1文の解説をお願いします。 意味は「何らかのの生活手段を全員に与えることの方がはるかに理にかなっている」なのですが、よく分かりません。使われている熟語とかを説明していただけると助かります。

Is It Time for Universal Basic Income? In 1516, Sir Thomas More wrote Utopia, a novel about the political and social systems of an imaginary ideal nation. More addressed the issue of poverty by having one of the main characters exclaim, "No penalty on earth will stop people from stealing, if it's their only way of getting food.... It would be far more to the point to provide everyone with some means of livelihood." Over 500 years later, income inequality and economic insecurity are still major problems, having become deep-rooted consequences of modern capitalism. This situation has inspired some economists and political strategists to look to More's Utopia for guidance.

⑴〜⑶が分かりません。もし分かる方いたら教えて下さると助かります。よろしくお願いします

last week. ENJOYECT BHAKEA Part 2 (raining/tor trave ramed] tarde now 各組の文がほぼ同じ意味になるように、英文を完成させなさい。 (1) I had my cousin carry the boxes. Be the I got my cousin Carr..... SUBSE y to read the boxes. wen Tuo ei namow ent terit ame bus. ) amese nismow Jola 1 (2) My mother doesn't allow me to go out at night. the My mother doesn't let nisht edt noped out at night. ym fiel I tarif bereqo ) benaq ).( nistedt no psd ym (3) Shall I cook okonomiyaki for you?ch. Jestnoo doeeqa erit to exhq tanit now mil tarli eme okonomiyaki for you? ) ameet Do you want me ent is extq ferit

至急お願いします！！ 空欄に入る語を選んでください！！

Review the Key Expressions 各問、選択肢から適切な単語を選び、 英文を完成させましょう。 なお、余分な単語が1語 ずつあります。 inquon 1. 出前をとる必要はないよ。 数分あればサンドウィッチをさっと作るから。 There is no ( ) to ( ) out. Just ( HOY RITIRO tal ) me a some sandwiches. ) minutes to ( )( give up need few hold whip order woth of noiribbini boundowg :(ns) otorble2 tuzis using ) 2. 新しい技術が導入されてから、会社の利益は倍増した。 ( ) ( have(__ ) since the ( obiv anticoo bay anoque) "101 emala ) was ( abba Hari-ci introduced new company tripled doubled technology profits 3 030) abiriaoY iezist 3. 若い社長の革新的な取り組みが本当に、 業績の振るわない会社の息を吹き返させた。 ) really (10og2 TUO ) his The young president's ( sinc) ( prometed ( ) company back (_ :) (mm) naimé).mai sgrado ailing to approach life brought innovative conservative notSTISM 4. ジョージはチームに必要だと思うよ、私たちの得点に本当にかなり貢献しているからね。 I think we (making the) (ideos, they) George on the team ( b) he really ( )a( ) to ( ) scores. much lot should our because keep contributes

文構造教えて欲しいです

Theme 93 chiroy BUSCE CEARA HEKLAT 1353 (1101) irritated me the most was the way he was talking to me. 出 How To That school 3 What is high. 4 Which (近畿大) „Jeszte nismodi no 28w tot sablonkés

周期表について質問です。典型元素は1と2、12族〜18族とならったのですが、教科書をみたら13族からになっていてよくわからないです。どっちがほんとですか？

ニウム enium =6.2 6 3h ウム m 7 気体 液体 _20℃, 1.013×105Paにおける単体の ■00~118番元素は,いずれも放射性 二元素で、寿命が短いため正確なテ 得られていない。 25 Mn マンガン Manganese 54.94 43 Tc テクネチウム Technetium [99] Re 11 金属元素 非金属元素 元素と非金属元素の境 ある元素は、両方の性 あわせもっている。 29 Cu 30 Zn 銅 亜鉛 Copper Zinc 63.55 65.38 $9 d 47 Ag 48 Cd 銀 カドミウム ドウム Cadmium ium Silver 107.9 4 112.4 Pt 79 Au 80 Hg イ 水銀 Gold num Mercury 1 197.0 200.6 10 DS 111 Rg 112 Cn マイトタチウム レントゲニウム コペルニシウム Meadtium Roentgenium [[1] [280] Copernicium [285] 26 Fe 鉄 Iron 55.85 44 Ru ルテニウム Ruthenium 101.1 76 OS オスミウム Osmium 190.2 108 Hs ハッシウム Hassium [277] 遷移元素 12 ル 13 14 5B ホウ素 Boron 10.81 13 Al アルミニウム Aluminium 26.98 31 Ga ガリウム Gallium 69.72 49 In インジウム Indium 114.8 81 TI タリウム Thallium 204.4 113Nh ニホニウム Nihonium [278] 6C 炭素 Carbon 12.01 14 Si ケイ素 Silicon 28.09 32 Ge ゲルマニウム Germanium 72.63 50 Sn スズ Tin 118.7 82 Pb ・鉛 Lead 207.2 114 FI フレロビウム Flerovium [289] 15 7N 窒素 Nitrogen 14.01 15 P リン Phosphorus 30.97 33 As ヒ素 Arsenic 74.92 51 Sb アンチモン Antimony 121.8 83 Bi ビスマス Bismuth 209.0 115 Mc モスコビウム Moscovium [289] 典型元素 16 80 酸素 Oxygen 16.00 17 9F フッ素 Fluorine 19.00 16S 17 CI 硫黄 塩素 Sulfur Chlorine 32.07 35.45 34 Se 35 Br セレン 臭素 Selenium Bromine 78.97 79.90 52 Te 53 I テルル ヨウ素 Tellurium lodine 127.6 126.9 84 Po 85 At ポロニウム アスタチン Polonium Astatine [210] [210] 116 Lv 117 Ts リバモリウム テネシン Livermorium Tennessine [293] [293] ハロゲン 18 2 He ヘリウム Helium 4.003 10 Ne ネオン Neon 20.18 18 Ar アルゴン Argon 39.95 36 Kr クリプトン Krypton 83.80 54 Xe キセノン Xenon 131.3 86 Rn ラドン Radon [222] 1180g オガネソン Oganesson [294] 貴ガス (希ガス) 族 周期 2 3 4