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14:T11a0,こんにちは！
　ギリギリで第一志望に落ちた者です。今となってはいろいろと思うこともありますので、ギリギリで受かってもらうために頑張ってもらいたいことについて学習面とメンタル面に分けてまとめます！

・学習面
　理系でこの時期にやるべきことは
①解ける問題を確実に得点源にする(解法を感　
　覚でもいいからすぐ思いつくようにする)
②解けない問題を減らしていく

　この2つになります。解ける問題を確実に得点源にするためには演習量を増やして同じ系統の問題にできるだけ多く触れることです。過去問の2周目に取り組んでいるとのことですが、正直1周目で解けた問題を再び解くのは効率的とはいえないので、例えば数学で確率の問題が解けて、微積の問題が解けなかったなら、2周目の過去問の確率の問題を解かずに代わりに他の確率の問題を解き、微積は解き直すという風にすると効率的に演習できるはずです。
　物理は力学と電磁気が安定してるのは素晴らしいですね。様々なパターンの問題を解いてさらに伸ばしていきましょう！1つだけ要注意だと私が個人的に思っているのは2つ以上の分野が融合された問題です。去年私が知る限り初めて東大で力学と電磁気と原子が融合した問題、電磁気と波動が融合した問題が出題されました。東大受験生でも難易度が高すぎたので、去年の東大の難易度のまま出題されることはないと思われますが、難関大で融合問題を出題する風潮が生まれてしまった可能性があるので頭の片隅に入れておいてください。
　化学は理論ができているのは安心です。化学の基礎となる知識は定着していると思いますので無機、有機もこの1ヶ月で伸びやすいです！

　次に解けない問題を解けるようにするためには間違えたor解けなかった問題をまとめるノートを作っておくといいと思います。解けなかった問題を貼り付けて、どこでつまづいたのか、どの発想ができなかったのかなどをメモってスキマ時間などで見返すくせがつけばかなり力がつきます！数学はこの方法で解放を身につけることができ、物理も使うべき法則や公式が身につきます。また化学ですが、無機と有機が苦手ということですが、無機に関しては暗記ゲーな要素が少しありますよね。不快な気分にさせてしまったら大変申し訳ないのですが、YouTubeで『超抜ける！高校化学』というチャンネルが印象的すぎて無機の暗記がかなり楽になります。とはいえ、チャンネル名の通り気分を害される可能性もあります。申し訳ありません。

・メンタル面
　次に気持ちの持ち方で参考にして欲しい言葉があります。
【気持ちには引力がある】
　私の部活のコーチが教えてくれた言葉です。勝ちたいという気持ちが強い方にボールが転がる、偶然と言えばそれまでですが、日々の死ぬほどきつい練習と、そして勝ちに対する貪欲さによる不思議な引力がボールを自分のもとに導くと教えてくれました。(ラクロスというスポーツをプレーしております)
　信じるかどうかは自分次第ですが、100人ほどの狭き門に1000人以上が受けるような大学受験で-0.2点で落ちる人、+0.1点で受かる人の違いが勉強時間なわけないと思うんですよね。時間が足りなくて適当にマークするしかなかった記号問題で合否が決まることだってあります。その数秒で選ぶ1/5が1/4.9とか1/4.8とかになるのはきっと受かりたいと思う気持ちなはずです。やあさん質問の文面からして本気で受かりたいと思っているはず。途中でどれだけきついことがあって諦めそうになっても『受かりたい』と強い気持ちを持ち続けてもらいたいと思います！頑張れ🔥

　また何か質問等ありましたらいつでもコメント欄やDMなどで相談してください！なるべく早く返信します！15:T1199,はじめまして
ご質問に答えさせていただきます。
私は現在東京大学理科一類2年（現役合格です）のものです。

私も偏差値６０ほどの高校からほぼ自主学習で受験勉強しました！ご参考にしてください！

まず数学に関して、基本事項がすべて叩き込めているようであれば演習問題をたくさん今のうちから解いていきましょう。
現在あなたがどの参考書を解き進めているのかわかりませんが、私のおすすめの数学の参考書を紹介しておきますね！

・プラチカ理系
→受験問題への入り口のイメージ。早期に修了して典型的な解法を網羅してしまいましょう！

・プラチカ文系
→手数の少ない中での発想力を鍛えるのに最適だと思います！おもに数Ⅲの微積を使わずにいかに解くかが難しいです！高２の今のうちに完成させておくとよいレベルに仕上がってくるかと思います。

・標準問題精講
→プラチカと同様のイメージです。どちらかというとプラチカの方が取り組みやすいと思います。（友人が持っていたので時々解いてました！）

・上級問題精講
→かなり難しくなってきますが、東大数学を解くには立ち向かうべきレベルだと思います！微積の問題が重厚感があり深い学びができた記憶です！

・２週間で完成！整数問題
→あまり有名ではありませんが、整数問題がでる東大数学の対策には有効だと思います。学校ではあまり整数問題は習わないのでぜひ問いてみてください！

・ハイレベル理系数学
→この参考書は難しいとされていますが、本当に難しいのは最初の証明の部分やコラムの一部です。この参考書の良い点は、問題がほかの参考書と被らない、解法が３つほど載せてあり柔軟性がつく点だと思いますので、高３の最後の切り札に取っておくのがいいかもしれません。

私はすべての参考書を所持していたわけではありません。学校や友人から短期間借りて、その間にすべて修了させることを目標にしていました！正直、参考書に一概にこれがおすすめというのはできません。なぜなら、その参考書によってこの分野の問題が良問ぞろいだ！という特徴が異なるからです。なので、いろいろな参考書に手を付けていくことをお勧めします！（もちろん一つを完成させるのは大事ですが、それはプラチカなどの受験数学の登竜門レベルのもの一冊でいいと思います！）

次に物理に関してですが、この時期は無難に「良問の風」「名門の森」を仕上げていくべきだと思います！良問の風の修了は早期に済ませて、「名門の森」や「重要問題集」などに取り掛かりましょう！「重要問題集」の方が比較的簡単なイメージなので高３になる前に仕上げておけば、かなりの演習を高３で積むことができるはずです！（「名門の森」まで修了すればいよいよ過去問ですね）
東大は2023年の入試で様子がすこし変わりましたが、力学、電磁気が必ず出題されるのは変わらないと思いますので、まずそこの弱点補強に徹底していきましょう！

化学に関しては、有機を早めに自力で仕上げて演習に取り掛かりましょう！一番武器にしやすいと思います！参考書は「鎌田の有機化学」が基礎固めによいでしょう。自分なりの解き方を確立してください！
化学の参考書はまず「重要問題集」を高2のうちに仕上げてしまいましょう。そのあとは「化学の新演習」などになると思います！

全体としては、ある程度のレベルがついてきましたらどの演習問題を解くにしても、時間を測ってください。大体１問20～25分が目安になると思います。
東大は時間との勝負です。いくら解く実力があってもスピードがなければ評価されないので、時間内でのパフォーマンスを意識して取り組むようにしてください！
応援してます！頑張ってください！2:["$","main",null,{"className":"px-4 pt-4 pb-4","children":["$","div",null,{"className":"max-w-3xl mx-auto w-full","children":[["$","div",null,{"className":"mb-6","children":["$","$L7",null,{"href":"https://unilink-app.onelink.me/isbO/xmlqqjx3","target":"_blank","children":["$","$L8",null,{"src":"/images/web_to_app_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink WebToAppバナー画像","className":"rounded"}]}]}],["$","h1",null,{"className":"text-xl font-semibold mb-2","children":["「","力学の次に電磁気","」の検索結果"]}],["$","div",null,{"className":"border-b-2 mb-2"}],["$","div",null,{"className":"mb-4","children":["$","div",null,{"className":"divide-y","children":[["$","div",null,{"children":["$","$L7",null,{"href":"/advice/dEBxAXABTqPwDZPukpBG","children":["$","div",null,{"className":"flex items-center py-4","children":[["$","div",null,{"className":"flex-1 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items-center py-4","children":[["$","div",null,{"className":"flex-1 mr-3","children":[["$","div",null,{"className":"mb-1","children":"電気情報生命工での勉強について"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"電生への進学おめでとうございます！僕も電生なので嬉しいです笑\nとりあえず、1年次を思い出しながら書いてみますね\n\nまず優先してやっておくといいのが高校生物と電磁気分野ですかね。\n研究室配属時に電生では実力試験があるのですが、そこでは必修科目として細胞生物学と電磁気学、選択科目として分子生物学か回路理論が含まれます。\n特に細胞生物学と電磁気学は1年次に必修の授業であるので、高校生物の内容と電磁気学は見直しておくと楽になるはずです。\n\n続いて見ておくと良いのは力学ですかね。\n電生の力学は先進理工学部の中でも応物と並んで難しい部類に入り、他学科からも「電生の力学は3割単位を落とす」ということで有名です。\nただ、高校力学の内容で抜けている部分がなければ、少なくとも前期はクリアすることができると思います。特にエネルギー保存則などその辺りを復習しておきましょう。\n\n数学だと数IIIの範囲を復習しておきましょう。複素数平面は回路理論で使いますし、微分・積分は様々なところで出てきます。\nまた、今の指導要領では出てきていませんが、「行列」という単元があるので時間があればそれも確認してみてください。線形代数という分野があるのですが、行列の知識があれば簡単にクリアできます。\n\n化学はsp軌道など物理よりの話が多いです。新演習などの参考書に書いてあるらしいですが、先生方が丁寧に教えてくださるのでそこまで復習の必要はないでしょう笑\n\n指定校推薦だと事前課題が出されると思いますので、まずはそちらを集中的に取り組んだ上で時間があったらやってみてください。\nまた、ここから大学入学まで時間がたくさんあると思うので、やりたいことを今のうちにやっておくのもいいと思います。残りの高校生活を存分に楽しんでくださいね笑"}],["$","div",null,{"className":"flex mb-1","children":[["$","svg",null,{"stroke":"currentColor","fill":"currentColor","strokeWidth":"0","viewBox":"0 0 24 24","className":"text-subPrimary 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items-center py-4","children":[["$","div",null,{"className":"flex-1 mr-3","children":[["$","div",null,{"className":"mb-1","children":"物理　独学に近い(電磁気、レンズ)"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"こんにちは。以下私の考えを述べさせていただきます。参考になるところがあれば吸収してください。\n計画についてですが、おおよそその程度で良いと思います。ただ、個人的には未収範囲あっても既習範囲に関してはどんどん問題演習を積んでいけば良いと思います。一般的には力学⇨電磁気学の順に履修するかと思います。多くの受験生にとって力学の範囲は得点源になりうるので、そこの単元の演習をしっかり積んでおきたいです。したがって、未収範囲を終わらせることだけに注力するよりも、既習範囲は少し難しい問題集へどんどん進んで同時進行でレベルアップしていくのが良いと思います。その方が、既習範囲を得意分野として点数を安定させることができますし、模試などでも点数が取りやすくなると思います。\n夏前までに基本的な問題はしっかり解けるようにしておいて、夏に少し難しい問題集に取り組んで一気にレベルアップして過去問との橋渡しをすれば良いと思います。秋頃に過去問に入ることができれば十分順調だと言えると思います。\n物理は基本的な現象や公式を理解することができれば、後は演習を積むことでどんどんレベルアップできると思います。ですから！その最初の理解のところで躓くようであれば、自分でずっと考え続けるのも効率が悪いので、映像授業に頼るのも良いと思います。最近はYouTubeやスタディサプリなど、比較的高額ではないサービスも増えてきているので、それらを用いて、どのように物理を勉強すれば良いか、どのような問題が定石で、それらはどうやって解くのか、応用問題にはどうやって取り組んでいけば良いのか、ということを学ぶと良いと思います。"}],["$","div",null,{"className":"flex 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items-center py-4","children":[["$","div",null,{"className":"flex-1 mr-3","children":[["$","div",null,{"className":"mb-1","children":"中和滴定に電離度がなぜ関係ないのか"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"それは確かに私も不思議に思っていました。\n\n私は化学の専門家ではないので、あくまで一つの考え方として見て下さい。詳しいことは、化学の先生などにうかがったほうがいいと思います。\n\n後々習うとは思いますが、物質は電離するとき、電離平衡というバランスをとります。たとえばアンモニアでは、\nNH3 H2O ⇌NH4  OH-\nとなります。\n矢印が両方向にあることからも分かると思いますが、反応は右にも左にも進みます。NH3とNH4 ,OH-の濃度の比が一定になるように反応が起こります。\n\n塩酸を加えると、H とOH-が反応して、H2Oが生成します。すると、OH-の濃度は減少するわけです。そうなると先ほどの電離式の左右の比が崩れてしまうため、それを補うように反応が右に進みます。すると、アンモニアがさらに電離します。\nこれが続いていくと、アンモニアは続々と電離していき、最終的には全て電離することになります。\n\nこう考えると、少し納得がいく気がします。\n\nちなみに、電離度というのは、先ほどの電離式のそれぞれの濃度の比から導き出された値になります。高3になると、その算出の仕方も学ぶと思いますので、楽しみにしておいて下さい。"}],["$","div",null,{"className":"flex mb-1","children":[["$","svg",null,{"stroke":"currentColor","fill":"currentColor","strokeWidth":"0","viewBox":"0 0 24 24","className":"text-subPrimary 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items-center py-4","children":[["$","div",null,{"className":"flex-1 mr-3","children":[["$","div",null,{"className":"mb-1","children":"京大人間健康行くならどの時期にどこまで"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"こんにちは。どの時期に何をすればいいかと言うことですね...！こちらについて自分の意見を書こうと思います！\n\nまず今現在で結構やられているなという印象があります👍自分よりも多くの参考書が終わっているのがすごいと感じでいます👏\nなので、自分の意見として数学は今までの問題(または新しい問題でもいいが)に対して深いところまで追求ていくことがいいと思います！例えば分からなかった問題と出会った時に、どうやったらその発想が出てくるのかについて考える、ただ解法を暗記するのではなく、なぜその解法が使われているのか、他の方法では解けないのかについて考えることで、本番多くの引き出しがあることで落ち着いて解くことができるのではないかとおもいます！\n\n次に、絶対にこの分野は取れるというものを増やしておくのもいいと思います！化学なら有機化学、数学なら図形や確率とか自分の得意なところに合わせてひとつずつこの分野が来たら100%取れる分野を作りに行くことです！それは本番慌てた時でも絶対に取れるものになるので、他のところに時間が使えるようになったり、安心材料になったりもします！\n\nあとは過去問をやっていくのも大事なのかなと思います。他の大学の問題を参考書などで解くことで京大の特徴がよく理解できると思うので、それを活かして、過去問などを解いて京大っぽい問題ってこういうものだよねというのをどんどん身につけて行くことがいいと思います！\n\nもし余裕があるならば、化学の新演習という問題をやってみると化学の難しい問題に対応できるようになるかもしれません。自分もやってたので、少し覗いて見てください\n\n最後におそらくそろそろ仕上げる期間になってくるので、たくさんの参考書に手を出して間に合わなくならないようにだけ気をつけて下さいね！大事なのは確実に取れる問題を増やすということかなと思ってます。京都大学ともなると、広く浅くよりは深さの方が大事かなと思うので、とりあえず今までの問題が100%取れるようになってから新しい参考書やってみて下さい✋\n\nあまり参考書これやれという回答でなくてごめんなさい🙏\nかなり勉強されてると思うので、大事なのはここからいかに勉強を最後までやり切れるかです！くれぐれもお体には気をつけて頑張ってください😊"}],["$","div",null,{"className":"flex 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mb-1","children":"こんにちは！僕も同じような境遇でしたので、回答させて頂きます！\n僕の学校も進度が遅く、物理が終わったのが高3の11月、化学は12月、日本史に至っては年末でした。先に結論から言うと、先取りを頭に入れて計画することが必要だと思います。\nもちろん英数の勉強が大事なので、高2までの勉強計画の6割程度は英数に割くことが必要だと思います。しかし、物理も可能な限り時間を見つけてやるといいと思います。物理は力学、波動、熱力学、電磁気、原子がありますが、高３の夏前までに電磁気まで基礎が固められているとベストです。原子は他の分野よりやや重要性が低いので、夏休みや学校に合わせてでも間に合うと思います。\n今から高2までに終わらせるとなると物理に割く時間をかなり増やしかねないので、高３夏前(6月頃)に電磁気までの基礎を完成させる計画で立てるといいと思います。夏前と言ったのは、夏休みに理科の発展的な内容を固めたいからです。ここで理科の実践力が付けられると、浪人生に匹敵することが全然可能になります。\nまた、電磁気は力学と並んで物理では出やすい分野なので、先取りしないといけないといっても、焦ってやるのでは無く、丁寧にじっくりやる方がいいと思います。\n数英に関してですが、数学も夏前までに全範囲の基礎をさらえるようにしましょう。数3は数1,2の内容の復習になる部分も多いので、数1,2をしたいときは数3をやるといいです。特に微積はどの大学も頻出なので固めておくといいです。また英語は高2のうちに英単語と英文法をとにかく完成させる。英語の勉強は家や塾でガッツリやるのももちろんですが、スキマ時間を使って固めていきましょう。英単語と英文法の2つは単調ですが、本当に大事です。高3で長文をやるときにかなり楽になりますよ！\n仮に1日3時間勉強できるとしたら、数学1時間、英語1時間、その他の科目合わせて1時間くらいが高2のうちはベストかなあと思います。あとは英語はスキマ時間などを活用するといいです。勉強配分は自分に合うものを見つけて、継続できるよう頑張ってみてください！応援しています！"}],["$","div",null,{"className":"flex 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