答えは③です。 ①が誤りではない理由がよく分かりません💦 「イオンでは、陽子の数と電子の数が異なる」と思ったのですが、違うのでしょうか？教えて頂きたいです。

問2 原子, イオン 0 正しい。陽子は正, 電子は負の電荷を帯びており, 電荷の 絶対値が等しい。したがって, 原子は全体として電気的に中性で ある。なお,陽子, 電子がもつ電荷の絶対値は,ファラデー定数 をアポガドロ定数で割った値であり, (3,05×10C/mof- )1.60× 10-9Cである。これは電気量の最小単位で電気素量とよばれる。 @ 正しい。水素原子Hの原子番号は1, すなわち陽子の数は 1なので, 質量数3の水素原子Hの原子核に含まれる中性子の 数は(3-13)2である。なお, Hは三重水素やトリチウムとよば )160× 6,02×10/mol れ, 放射性同位体である。

(6)ってShallでもいいと思うんですけどどうですか？

2〈未来時制(意志未来)〉 次の各文の にwill か shall を入れて,( )内の日本文に合う英文 JO を完成しなさい。 db in od wal ood s (yaibsst aaw エ gaibaes ed (私は最善を尽くします) do my best. (私たちが彼女の手伝いをしましょうか) (いっしょに踊りませんか) arla llitw t we help her? we dance? 文番 you help me? (私を手伝ってくれませんか)ed moT (私が彼に電話をかけましょうか)slg of guio (私たちの仲間になりませんか)og ew I call him? you join us?

インド共和国についてできるだけ教えてください

教えてください。

)内に入る語を下から選び, 本文の要約を完成しましょう。 答え合わせをした後に音読 をしましょう。 3. 米 2( 4. 試 Every year, more than 100 billion units of instant noodles are consumei all over the world. One of the (o ) of this food was Ando Momofuku. 5. 私 In 1957, Ando failed in his businesses and lost almost all his (@ IC After that, he began to develop instant noodles. One day, he saw his wife ) in developing instant (3 ) tempura. It gave him a (① noodles. |Exp In 1966, Ando went to the US and had Americans (6 ) eating ) of eating them. This 例を参 his noodles. He was surprised at their ( scene made him think of developing cup-style noodles. [ breakthrough / cooking / inventors / property / try/ way] Hints omy

お願いします教えてください。

裂科書 pp.71-73 Part 1 『 Today, many kinds of instant noodles are sold in convenience stores More than one 7 and supermarkets in Japan. How many kinds? n thousand! O In over 80 countries including Japan, more than 100 billion units are consumed every year. One of the inventors of this food was Ando Momofuku. © Howdid he develop instant noodles? の One cold night in 1945, in front of a noodle stand, Ando saw a long line of people waiting patiently for a bowl of noodles in soup. 8 World War II was already over by then. © However, people were still suffering because they could not get enough food. ® He said to himself, “True peace will come only when people have ザルト ドド epough food,"

教えてください。3語で答えて欲しいです🥵

Today, many kinds of instant noodles are sold :.. Task 2 Summary 1 Convenience stores and supermarkets in Japan. How many の内容に合うように、( kinds? More than one thousand! In over 80 countries Today, more than o apan. In addition, mo incha inkuntries around the w. billin Ando Momofuku w unit 1945, he sawa long li including Japan, more than 100 billion units are consumed 5 every year. One of the inventors of this food was Ando Momofuku. Cons How did he develop instant noodles? kans soup. One cold night in 1945, in front of a noodle stand, Ando inve mve | com saw a long line of people waiting patiently for a bowl of patie 10 noodles in soup. World War II was already over by then. SOup bowl Plus One However, people were still suffering because they could not World [wart get enough food. He said to himself, “"True peace will come suffer Do you like ir only when people have enough food.” <sui

教えて欲しいです。3枚目のやつは3語で答えてくれるとありがたいです😭😭🙏🙏🥵🥵🥵🥵🥵

A Stóry a lUU -教科書 pp.71-73 訳 Part 1 0 Today, many kinds of instant noodles are sold in convenience stores G and supermarkets in Japan. ② How many kinds? ③ More than one n thousand! @ In over 80 countries including Japan, more than 100 billion units are consumed every year. 6 One of the inventors of this food was Ando Momofuku. ® How did he develop instant noodles? 0 One cold night in 1945, in front of a noodle stand, Ando saw a long line of people waiting patiently for a bowl of noodles in soup. ③ World War II was already over by then. © However, people were still suffering because they could not get enough food. ® He said to himself, “True peace will come only when people have enough food." こレi ドレト ンドレ

🙏🏻至急🙏🏻 ここまで合っているか間違っているか分かりませんが、多分間違っているので、どこが間違っているのかと、この続きのヒント教えて頂きたいです🙇🏻‍♀️ あと、これはLで答えるのですか？それともgで答えるのですか？

3. - CaCO。(s) + _< HCI (aq)→ _ CaCl, (aq) + __H,0 (1) + L CO. (g) How much 0.80 M HCI would be needed to dissolve a CaCO。 pearl which weighs 4.0 grams? QmolHCL | mof Cac03 408 Cac03x lmol Caco3 L-27? 0、80mol て Exナカ

(3)が分かりません。 回答のオレンジの線の部分が何言っているのか分かりません。

O1.浴解度積& 25°℃におけるAgCl, AgBr. Agl の溶解度積は, それぞれ KagCi=1.8×10-10 mofn KAgBr=5.2×10-13 mol?/L?, Kagi=2.1×10-14mol"/L? である。/1.8=1.3 として, 次の問いに答えよ。 (1) 25°C で, AgCl の飽和溶液中の塩化物イオンは何 mol/L か。 mol/L (2) AgCI, AgBr, Agl を, 飽和溶液中の銀イオンのモル濃度が大きいものから順に並べよ。 (3 25°Cで, 次に示す濃度の水溶液を混合した。沈殿が生成する組合せをすべて選べ。ただし,混合後の水 溶液の体積は,混合前の体積の和としてよい。 (ア) 2.0×10-5 mol/L の硝酸銀水溶液 500mL と, 2.0×10-5mol/L の NaCl水溶液 500 mL (イ) 2.0×10-5mol/L の硝酸銀水溶液 500 mL と, 2.0×10-5 mol/LのNaBr 水溶液 500 mL

それぞれの単語のアクセント教えてください🙇‍♀️ 無いものは大丈夫です。対義語があるものはそれも教えてください🙇‍♀️

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