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1b:T112a,こんにちは！

今回は「名問の森は力学と電磁気だけでよいか？」「その戦略で阪大で5〜5.5割取れるのか？」「過去問への向き合い方」「阪大の物理の特徴」という4点に絞って、あなたの疑問にお答えします。


★ 名問の森は力学・電磁気だけで十分？

結論から言うと、力学と電磁気に重点を置く戦略は非常に有効です。阪大物理ではこの2分野が頻出で、計算力・誘導処理力が問われる構成となっているため、確実に得点源に育てる価値があります。

ただし、熱・波動・原子も決して軽視できません。出題頻度は低めですが、完全に捨ててしまうと0点になるリスクが生まれます。
しかし、これらの分野は簡単めな出題となることも多いので力学、電磁気ほどは力を入れなくても大丈夫です！！
過去問で難易度感に慣れ、良問の風等で演習を積みましょう💪

おすすめは：
	•	名問の森：力学・電磁気は精選して2周以上（別解まで活用)
	•	熱・波動・原子：良問の風や重要問題集を仕上げ、余裕があれば名門の森も。


★ 学習戦略として妥当か？

現時点の「面白いほどわかる」→「良問の風」→「名問の森」というルートは王道ですね✨
この順序で各段階の「理解→典型→応用」と段階的に学んでいくことで、無理なく実力を伸ばせます。

そのうえで、阪大特有のポイントにも意識を向けましょう。
	•	誘導の意図を読む力（「なぜこの設問順か？」を常に意識）
	•	処理速度（とくに計算が煩雑になりがちな電磁気）
・煩雑な条件を簡単な図を描いて自分なりに理解する力

を意識しましょう。

名門の森の解説は正直分かりにくいところもあるのでchatGPTを利用したり、YouTubeに解説動画をあげている人がいるのでその人の動画を参考にしたりしながら進めていくことをおすすめします！


★ 過去問はどう解く？

今からでも一度は解いてみましょう！
形式に慣れ、出題傾向を肌で感じるには早すぎることはありません。
そうすれば自分に足りない所がどのレベル感なのかも把握できます。

取り組みのコツは以下の通り：
	•	制限時間内で解く（タイマーを使って本番感覚を）
	•	記述まで必ず書く（答えを出すだけでは不十分）
	•	解説を読むだけで終わらず、必ずもう一度自分で解き直す
•20ヵ年も余裕あれば解く

理科は特に過去問で傾向を掴むことが大切です！そこで

★ 阪大物理の特徴
力学: 2体問題、3体問題を始めとして、バネを絡めたり空中で特殊な動きをさせたりなど、とにかく条件が煩雑になりがちです。
対策として

・自分で問題文を噛み砕き、図を丁寧に書く癖をつける。
・直感では解かず、式を元に運動を考える
この2点です！

電磁気: 基本的な所から始まって、公式の導出→実際の実験のような流れになることが多いです。
電磁気は力学に比べて多くの公式が導出できます！
そこで
・レンツの法則を起点に誘導起電力の公式など様々な公式を導出する。
・交流電流を苦手としない

この2つを意識しましょう！

熱、波動、原子
これらは先程も言った通り簡単になりやすいですが、複数分野を絡める問題も作りやすいです。
力学と一緒に出てくることもあるので疎かにはせず、理解はしておきましょう。
過去問中心に演習を積み重ねるのがいいと思います。


最後に、5.5割を取るなら本番は難しい問題はさっさと捨てましょう。
力学や電磁気の最終問題は特にです。
欲を出して解こうとすると時間を食った挙句解けないなんて事になり、もう1つの選択科目にまで影響します！！


過去問から分析、名門の森で演習を軸として頑張ってください！！
キャンパスのどこかで出会えることを楽しみにしています☺️1d:Tf99,初めまして。rockyyyと申します。
僕は物理についてはとにかく演習を解いてみることが良いと思います。高校物理の範囲では、この時期からたくさん演習をしておけば、大体の問題を網羅できるのではないかと思います。そして何より大事なことがやり直しを必ずするということです。どれだけ問題を解いても、わからないところをそのままにしてやり直しをしないことが一番非効率であると思います。解いてしまった時間が非常に無駄です。なので、必ずその物理現象が理解できるまでやり直しを徹底するということを心がけた方が良いです。

以上が、物理分野全体に対するアドバイスです。以下では、物理の各分野について僕が思う良い勉強法をお伝えします。

力学
とりあえず、運動方程式を立てるためにその物理現象の図を描く。これが一番重要です。物理現象を絵で描くと、理解がしやすくなると思います。また考えられる力を全て書き出すこともした方が良いです。この過程を疎かにすると、おそらくその問題全て間違えるということにもなりかねないので、ここを最もがんばりましょう。エネルギー保存の問題は運動エネルギと位置エネルギのみを考えればおそらく良いと思います。衝突問題であれば、運動量保存の法則(速度の向きに注意。図を描く)を立てて、反発係数(これも速度の向きに注意)との式を立式して連立して解くパターンがほとんどです。

電磁気
コンデンサ、コイル、電流の満たす公式(電気エネルギの公式やQ=CV、E=RI^2など)を必ず覚えておくことが重要です。特に僕は、コンデンサの電気量の蓄積原理(どんな時にどこまで電気量を蓄えて、放出するのかなど)を理解することが難しかったので、ひたすら問題を解きました。(そしてやり直し)また、コイルの原理も僕には教科書を読むだけでは難しかったので、ひたすら演習を解きました。電磁気に関しては、原理を理解しても演習で活用する方法にすぐシフトできるものではないと個人的には思うので、ひたすら演習を解くことをお勧めします。

熱力学
熱力学に関しては、それぞれのサイクルにおける過程において、熱力学第一法則(Q=U+PV)を描けば終わりです。(これは本当です笑)。それぞれの過程(例えば状態1から状態2など)において、Qは何か、Uは何か、PVは何かを考えれば良いです。等温変化であれば、温度変化がないためU=0を代入してQ=PVが成り立つ。断熱変化であればQ=0であるのでU=-PVが成り立つ。そして全サイクルが終了するとUの収支はゼロ(最初と最後で温度は等しいから)などを考えると大体表が埋まります。あとはその表から問題で問われている物理量を選んで書き出せば良いです。

原子
原子は教科書の原理を理解しておけば良いと思います。大体そこから出るのではないかと思います。もちろんある程度演習もしておくべきですが、正直あんまり覚えていないのでなんとも言えないのが本音です笑。すみません。

とりあえずこんな感じではないかと思います。拙い文章ですみません。東北大工学部は少し捻った問題が出ますが、東大京大のようなみたことのない問題ではなく、みたことある問題から少し派生したような問題が多く出されるような印象です。なので日頃の演習をしっかりしておけば大丈夫です！！
頑張ってください！応援しています！！！2:["$","main",null,{"className":"px-4 pt-4 pb-4","children":["$","div",null,{"className":"max-w-3xl mx-auto w-full","children":[["$","div",null,{"className":"mb-8","children":["$","$L7",null,{"href":"https://unilink-app.onelink.me/isbO/h6xeh63x?advice=jVIYuoIBTqPwDZPuzMmo","target":"_blank","children":["$","$L8",null,{"src":"/images/web_to_app_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink WebToAppバナー画像","className":"mb-4 rounded"}]}]}],["$","h1",null,{"className":"text-xl font-semibold mb-2","children":"阪大物理の分野"}],["$","div",null,{"className":"flex justify-between mb-4","children":[["$","div",null,{"className":"text-left text-xs text-caption","children":["クリップ(",3,") コメント(",1,")"]}],["$","div",null,{"className":"text-right text-xs text-caption","children":"8/20 16:12"}]]}],["$","div",null,{"className":"coach-mark 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mb-1","children":"これはあくまで個人的な考えですが、早稲田理工、東工大を視野に入れているなら、少しこの参考書だけでは物足りない気がします。\n\nさて、物理化学の勉強の進め方ですが、どちらもまず知識をインプットするのが最優先です。『セミナー』などの問題集で基礎知識を頭に叩き込みましょう。できれば夏休みまでに全て入れておきたいところ。\n\nそのあと、夏休み入れた知識を再度確認するという意味で『重要問題集』を何周かするというのがオススメです。\nまず1周目は自力で全部解く。間違った問題に関しては、解説をじっくり読み、その分野の問題を例えば『セミナー』などの基本的な問題集から引っ張り出すなどして、徹底的に解き、苦手を潰す。そして、間違った問題をもう1回解き直す。\nこのサイクルで頑張って夏休み中、遅くとも9月末あたりまでには『重要問題集』を終わらせてしまいましょう。\n\n理科で現浪、最も差がつくのが演習量です。知識をいくらインプットしても、アウトプットする方法を知らななければ意味がありません。\n\nもう秋頃から大学別模試も始まるので、自身の志望大学の過去問や模試の過去問を遡って演習形式で行う、という勉強も取り入れていきましょう。もちろん、これも丸つけ直しは先程のサイクルです。この時、苦手な分野を潰す問題集として、ややレベルの高い問題集を選ぶのもありです。例えば、物理なら『標準問題精講』や『思考力問題精講』、『名門の森』など、化学なら『新演習』があげられると思います。\n\n大事なのは演習をただ闇雲に行う事ではなく、入試本番までに自分が苦手な分野をいかに克服できているかです。全部を完璧にするなんて到底出来ませんが、自分が完璧と自負している分野を増やすことは出来るし、しなければいけません。健闘をお祈りしています。\n\n最後になりますが、勉強法なんてどれが正解かはわかりません。これはあくまで僕のおすすめの勉強法であり、僕はこれで受かったと言えますが、その反面誰にでも通用するのかは分かりません。合う合わないは絶対にあります。参考程度にああ、こういう勉強法もあるのだなと思っていただけると幸いです。"}],["$","div",null,{"className":"flex 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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"北海道大 物理 原子はやるべきか"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"はじめまして。東工大2年の者です。\n\n個人的な見解としては、時間が少しでもあるなら原子の分野もしておくべきだと思います。\n\nなぜ原子分野をやるべきか。\n理由は主に3つあります。\n\n①原子分野は物理の最後の方で学習するため、現役生の定着率が低い\n\n中高一貫出ない限り、公立高校だと原子分野は10月頃からの履修になると思います。\nそのため、入試本番までに演習をこなす時間がないため、現役生は原子分野の対策がおろそかになりがちです。\nそんな時に、原子分野が出題された時には合格がぐっと近づきます。\n\nなぜなら、他の受験生が解けないからです。\n\n\n②原子分野はパターンが決まっている\n\n原子分野は難しそうに見えて実はワンパターンです。\n\nそのため、基礎的な問題集を2、3回とくだけで原子分野は無双できます。\n\n他の人があまり対策していないことに加え、問題がワンパターンというブルーオーシャンなのでやらない理由がないです。\n\n③原子物理は力学やなどとの融合のような形で出題されることもある\n\nつまり、力学の問題だと思って解き始めても実は原子の知識がないと解けないという問題も存在します。\n\n原子分野はとにかく知らないと解けないので、知っておくに越したことはありません。\n\n他の教科との兼ね合いも考えながら、時間を見つけて原子分野もやる事をおすすめします。\n大学でも学部によっては知っていないと話にならない場合もあるので、やっておくといいですよ^_^\n\n参考にしてくれたら嬉しいです。\n"}],["$","div",null,{"className":"flex 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