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whitespace-pre-wrap","children":[["$","div","advice-part-0",{"children":[null,"物理が得意ではないと感じていた中で、微積物理に興味を持ち、実際に微積を使って自由落下の問題を解いてみたところ上手くいったとのこと、大変素晴らしい成果だと思います。物理学は、一見すると抽象的で難解に思える部分がありますが、微積分を用いることで物理現象の背後にある本質をより深く理解することができます。気象大の受験のみならず、あらゆる大学を受験するにあたり、微積分を基盤とした物理学の理解は極めて重要です。\n私自身も塾の先生や物理が得意な友達に、微積分や複素数を使って解釈するように指導され、物理が得意になり、東大の受験本番でも９割以上の点数を取ることができました。いくつかの具体的なアドバイスをお伝えします。参考になれば幸いです。\n\n【 微分方程式の理解と応用】\n物理の多くの分野では、微分方程式を解く能力が不可欠です。例えば、運動方程式  F = ma  は、加速度 a を速度の時間微分として表現することで、\n　　F = m dv/dt\nとなり、さらに速度を位置の時間微分として表現すると、\n　　F = m d^2x /dt^2\nという二階微分方程式として書き換えられます。このように、物理現象を微分方程式で表現し、それを解くことで、物体の運動やエネルギーの変化を詳細に分析できます。\n\n自由落下の問題において、例えば空気抵抗を考慮すると、抵抗力を速度 vの関数として"]}],["$","div","advice-part-1",{"children":[["$","div",null,{"className":"my-4","children":["$","$L16",null,{"id":"adsbygoogle-init-on-advice-e7OCZ4Xqx4dYWJoWexYe-1"}]}],"F = -kv\nとモデル化できます。このとき、運動方程式は次のような一次の微分方程式として表現されます。\n　　m dv/dt = mg - kv\nこれは変数分離型の一次微分方程式なので簡単に解くことができ、\n　　v = mg{1-exp(-kt/m)}/k \nと解くことができます。このような問題を解くことで、単なる運動だけでなく、力やエネルギーのバランスについても理解が深まります。\n\n【微積物理の応用範囲】\n微積分の考え方は、力学だけでなく、電磁気学や波動、熱力学など、多くの分野で必要とされます。特に、電磁気学では次のような微分形式を理解することが重要です。\n・電流 　I = dQ/dt\n・ファラデーの法則　E = -N dφ/dt\n\n電磁気の問題は特に、立式をして微分方程式を使うだけでほぼ全ての問題を解くことができますので、積極的に微積を利用していきましょう！\n\n【複素インピーダンスの重要性】\n電磁気学の理解を深めるには、複素数の知識を活用することも大いに役立ちます。特に、交流回路における複素インピーダンスの概念は重要です。たとえば、インダクタンス L 、電気容量C  が出てくる交流回路の問題って最初は難しく思えますよね。しかし、\n　　コイル：R = i ωL　の抵抗\n　　コンデンサー：R = -i/ωC　の抵抗　(i：虚数単位、ω：角周波数)\nと考えるだけで、文系でも解けるようなただのオームの法則を使うだけの簡単な回路の問題に置き換わります！苦手にする人の多い交流回路の分野ですが、複素インピーダンスを使って得点源にしてしまいましょう！\n\n【 結論】\n気象大の試験に限らず、あらゆる大学の受験において、微積物理を深く理解することは極めて有益です。微分方程式の解法や複素インピーダンスの理解を進めることで、物理現象をより正確に解析できるようになります。そして何より、難しい問題を効率よく解くための視点や技術を習得することが可能です。こうした裏技的な知識や手法を活用できることが、合否を分ける要因になる現状なので、利用しない手はありません！しっかりと勉強してライバルと差をつけましょう！心から応援しています！"]}]]}],["$","div",null,{"children":["$","$L7",null,{"href":"https://ck.jp.ap.valuecommerce.com/servlet/referral?sid=3364577&pid=884970531&vc_url=http%3A%2F%2Fshingakunet.com%2F%3Fvos%3Dnrmnvccp0000100","rel":"nofollow","target":"_blank","children":["$","$L8",null,{"src":"/images/document_request_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink パンフレットバナー画像","className":"mt-4 rounded"}]}]}],["$","div",null,{"className":"pt-4","children":["$","$L17",null,{"id":"adsbygoogle-init-under-advice"}]}]]}],["$","div",null,{"className":"flex justify-between","children":[["$","h1",null,{"className":"text-xl 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font-semibold","children":"よく一緒に読まれている人気の回答"}],["$","div",null,{"className":"mb-8","children":["$","div",null,{"className":"divide-y","children":[["$","div",null,{"children":["$","$L7",null,{"href":"/advice/DUTWQ3EBTqPwDZPurWj7","children":["$","div",null,{"className":"flex items-center py-4","children":[["$","div",null,{"className":"flex-1 mr-3","children":[["$","div",null,{"className":"mb-1","children":"物理での微積分について"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"微積分を使って物理を解くこと自体は大学入試ではあまりありません。(大学によっては誘導付きであったりしますが、、、)微積を使うのは物理の公式を理解する時でいいと思います。\n特に微積分での学習で理解が深まる分野は、加速度運動、☆単振動、電磁誘導、☆交流、熱力学全般です。\n☆はかなり式の意味がわかるとおもいます。\n\nおすすめの参考書は新物理入門と新物理入門問題演習、難系です。新物理入門はとにかく微積で公式証明するので難易度は高いですけど、理解した時には物理が得点源になると思います。"}],["$","div",null,{"className":"flex mb-1","children":[["$","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":"理３又は京医の二次物理には、微積物理は必要？"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"名大医学部の者です。\n\n僕は名大入試の本番196/200でしたが、微積物理は使っていませんでした。（易化した年なので東大京大に比べたらずいぶん簡単ですが）\n結論僕は大学受験の物理で微積を用いる必要はないと思います。浪人時に河合塾の近畿トップ講師に習っていましたがその方も微積物理はいらないと言われていました。\nもちろん微積で物理を理解することが深い理解への一助となることは間違いありません。しかしその能力が大学受験で問われることは今はほぼありません（昔は京大や東大の後期でそのような問題も出たことがあったようですが）。河合の講師の方は全ての教科で合格ラインが取れるようになって物理でさらに得点を安定させたい人やよほどやることがない人だけが微積物理に手を出して良いと言われてました。\n主さんはまだ高2とのことですので、微積物理やろうと思えばやれる時間はあると思いますが、焦って微積物理をする必要はないと個人的にも思います。\n補足として、矛盾するようですが、微積の考え方自体は大学受験でも役立ちます。例えば、ファラデーの電磁誘導の法則など電磁誘導関連の難問ではライプニッツの記号を用いることがそれなりにあります。ただこれは微積物理を完璧に理解していなくとも、加速度は速度を微分したものである、くらいの基本的なことがしっかり理解できていれば対応できる範囲内です。"}],["$","div",null,{"className":"flex mb-1","children":[["$","svg",null,{"stroke":"currentColor","fill":"currentColor","strokeWidth":"0","viewBox":"0 0 24 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items-center py-4","children":[["$","div",null,{"className":"flex-1 mr-3","children":[["$","div",null,{"className":"mb-1","children":"物理と化学についてです！"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"はじめまして！やきそばといいます。\n質問について\n①演習量について物理化学それぞれ分けて、\n②微積を用いた物理について、\n回答していきます。\n\n①まず物理ですが、先生の仰る通りテキストを完璧にすることが重要だと思います。物理は定義や基本の原理原則を抑えていないと、どれだけ演習をしても伸びにくい科目です。まずはテキストで原理原則などを理解してみてください。演習は、テキストの復習としてリードαで感覚を掴んだ後、名問の森に移るなどがおすすめですが、微積物理であれば新物理入門問題演習という問題集がおすすめです。\n   次に化学ですが、理論・無機・有機全ての分野で演習量がものを言う科目です。授業の後に基本的な問題集(リードαやセミナーなど)で復習して、重要問題集、そしてそれが8割程度できるようになったら化学の新演習などでたくさんの形式の問題に触れるといいと思います。\n\n②微積物理ですが、一番重要なのは数式の意味を理解すること、です。なぜ運動方程式を積分するとエネルギーの関係式になるのか、なぜモーメントの関係式を積分すると角運動量の関係式になるのか、など意味や理由が分からないと、どの問題でどのような操作をするのか(微分や積分をするのか、しないのか)が分からないのでぜひ理解してください。\n慣れも必要ですが、慣れるためと言って理解を怠って問題演習ばかりしていると、微積を利用する良さが消えてしまうので気をつけてください。私が利用していた新物理入門問題演習には、問題の前に軽く式の関係性が書かれていて非常に良かったのでおすすめです。\n\n他に気になることがあればメッセージ送ってください！\n限りある時間で工夫して勉強頑張ってください、応援してます！\n"}],["$","div",null,{"className":"flex mb-1","children":[["$","svg",null,{"stroke":"currentColor","fill":"currentColor","strokeWidth":"0","viewBox":"0 0 24 24","className":"text-subPrimary mr-1","children":["$undefined",[["$","path","0",{"fill":"none","d":"M0 0h24v24H0V0z","children":[]}],["$","path","1",{"d":"M12 6c1.1 0 2 .9 2 2s-.9 2-2 2-2-.9-2-2 .9-2 2-2m0 10c2.7 0 5.8 1.29 6 2H6c.23-.72 3.31-2 6-2m0-12C9.79 4 8 5.79 8 8s1.79 4 4 4 4-1.79 4-4-1.79-4-4-4zm0 10c-2.67 0-8 1.34-8 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items-center py-4","children":[["$","div",null,{"className":"flex-1 mr-3","children":[["$","div",null,{"className":"mb-1","children":"電磁気の理解の仕方(あと重心速度について)"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"初めまして\n\n①電磁気の原理原則の深い理解についてですが、ある程度慣れているのであれば駿台文庫の【新物理入門】を読みまくればいいと思います こちらは受験参考書でありながら高校物理の大学物理の架け橋(大学初年度に習う物理に片足突っ込んでる)となっており、高校物理で曖昧になっているところを、高校数学でわかる範囲で説明しています \n電磁気の根底の原理原則理解には、大学初年度での数学知識がないと説明が非常にややこしく、受験勉強もうしなくてももう受かるわっていうほどのレベルでない限り今はやらないほうがいいので、新物理入門に書いてあるレベルの理解を目標とするのが良いでしょう\n\n\n②部分的な説明になってますがそうですね\n2物体1,2に対して 物体m1にかかる外力をF1、物体m2のほうをF2(どちらもベクトル)とすると、それぞれの運方の和よりd(m1v1 m2v2)/dt=F1 F2 (vもベクトル)\n運動量の和をp(ベクトル和)とすると、dp/dt=F1 F2…①となりますね \nまた、重心の座標はrG=m1r1 m2r2/m1 m2 (rは位置ベクトル)なので、sinさんのいうとおり微分して\nvG=m1v1 m2v2/m1 m2=p/m1 m2…② (重心速度)\nここで①,②より、外力が存在しないとき、p=cost(定数)となり運動量が保存(これが運動量保存則の原理)\nよってvGもcostなんで、速度一定ということですね\nこの説明も新物理入門に載っているので、ぜひ書店で見ていただいて、気に入れば購入をお勧めします💪\n\n残りの受験勉強も頑張ってください🙏\n\n"}],["$","div",null,{"className":"flex 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items-center py-4","children":[["$","div",null,{"className":"flex-1 mr-3","children":[["$","div",null,{"className":"mb-1","children":"京大物理・数学"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"こんばんは　\n　\n　数学は大体それで大丈夫だと思いますが特に数3に重点を置いた方が良い気がします。\n　\n　近年の京大数学の数3が絡む問題は2024から2021まで順に4題、3題、2題、3題となっていて平均して3題もあるのでこれだけで得点の半分を担っていることが分かります。\n\n　基本的に数3の問題は経験を積めば取れる様になっていて、それ故に、勉強時間はしっかり充てた方が良いと思われます。\n\n　チャートで典型問題が解ける様になれば積極的に章末問題や総合演習もやって、更には、東大、東工大の問題もいつかはやってみると対策としては完璧です。\n　\n　京大特有の整数、図形分野の対策は京大数学プレミアム→京大過去問の該当問題で演習をおすすめします。京大数学プレミアムは難易度が少し高いですが、基礎は固まってるとのことですので、解けなくても積極的に問題に対するとっかかり方を学んで行って過去問で活かしていきましょう。\n　\n　物理に関してですが、原子の良問をやったら駿台の夏期講習の物理特講をオンデマンド(森下寛之)で受けてみて微積物理を学んだ後に名門を可能な限り解くというのはどうでしょうか？\n　\n　私が去年駿台の御茶ノ水三号館に通って一年間トップ物理講師の授業を受けて、東大京大等の過去問を色々解いて分かったことですが、受験本番で微積を直接的に解答の導出として使う場面は正直ありません。全て教科書に書いてある基礎的な事項を積み上げればできる様になっています。\n\n　では何故習うのかと言えば現象について理解を深める為です。名門とかでも最終的に現象がどうなるか分かる(答えは出せる)、けど途中何が起きているかは分からないみたいなことが多々あると思いますが、微積物理はそれらを適度に解決してくれるとともに、微積を用いた現象の全体的な理解の仕方を教えてくれます。\n　\n　道標や新物理入門を独学で読んで、その理解を受験勉強に当てはめることも不可能では無いですが、かなり時間がかかると思われます。\n　\n　なので最終的なゴールとしては微積物理でやった事を頭に浮かべながら何故この法則を使うかなど瞬間的に考えつつ教科書にある手法だけで問題を解けるという姿を理想像にしていくならば、物理特講を取って新しく習った事を復習→名門を解きつつ道標や新物理入門を読んでみて途中経過が分からない問題等を自分なりに考えてみる、と進めていけば力がつくと思います　\n　\n　頑張って下さい！"}],["$","div",null,{"className":"flex 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