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1c:Tc2a,こんにちは！

高校3年から微積物理をして理学部に現役合格したものです。

私の経験、また周りの意見を総合すると、ずばり「役には立つが合格には必要なし」と言ったところです。

大学入試は、高校での学習指導要領に基づいて作られます。それは東北大学でも同様です。いかなる問題も通常の教科書、問題集を解いておけば解けるように設定されているのです。つまり微積を使った理解をする必要はありません。

私は「物理重要問題集」を使って高2から演習をしていましたが、微積物理を始める前から模試の成績は安定していました。その他にも「名問の森」などでも良いでしょう。

しかしながら、電磁気分野では、公式だけではどうしてもしっくり来ない部分が出てくる可能性があります。そういった場合には2つの対処法があります。

1つ目は「そういうものだ」と受け入れるということです。物理の公式は全て物の性質を表しているので、「そういう性質なんだな〜」と流してあげてください。

それでももやもやすれば、その部分だけインターネットで調べてみて下さい。各大学や学術機関がきっとその分野の説明を「微分積分を用いて」あげてくれています。

もしあなたが大学でも物理を続けるのであれば、高校で微積物理をすることは大いに役立ちます。なぜなら大学の力学や電磁気学=微分方程式を解くことであるからです。多くの理系大学1年生は微分方程式に慣れていないので、かなり苦労しています(京大生でも)。

逆に、物理は高校までと考えられているのであっても、微積物理をすることは後に役立ちます。ほぼ全ての理系大学生は1年生で「微分積分学」を履修します。読んで字のごとく微分と積分をしまくるので、これに慣れておけばスタートダッシュ間違いなしです。

参考までに、私がなぜ微積物理をしていたかを説明します。

第一に私は物理を武器にしたかったからです。英語が得意だったので、もうひとつ安定して点数を稼げる科目が必要だったので、他の人に理解度で差をつけるためにしていました。

また、単純に微積を使った物理は非常に楽しいものだったので辞める理由がありませんでした。いわば「息抜きとしての学問」でした。

結論としまして、「入試で高得点をとるのに微積は必要ないが、大学や内容理解には有益な時がある」ということです。

受験生時代は私も同様に微積すべきかどうか悩みましたが、結局は高得点に必要ないものでしたし、今から慣れ親しんだ公式を手放すリスクは負わなくていいです！

自分を信じて頑張ってください！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":[["$","div",null,{"className":"mb-8","children":["$","$L7",null,{"href":"https://unilink-app.onelink.me/isbO/h6xeh63x?advice=sRRx-GoBTqPwDZPuOAMH","target":"_blank","children":["$","$L8",null,{"src":"/images/web_to_app_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink WebToAppバナー画像","className":"mb-4 rounded"}]}]}],["$","h1",null,{"className":"text-xl font-semibold mb-2","children":"物理の電磁気を進めるか力学波動を極めるか"}],["$","div",null,{"className":"flex justify-between mb-4","children":[["$","div",null,{"className":"text-left text-xs text-caption","children":["クリップ(",4,") コメント(",1,")"]}],["$","div",null,{"className":"text-right text-xs text-caption","children":"5/27 17:38"}]]}],["$","div",null,{"className":"coach-mark 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mb-1","children":"回答させていただきます。まず、どちらを進めるかはあくまでご自分の判断に委ねられるということをご理解下さい。その上で、少々長くなりますが、アドバイスをさせていただきます。\n\n高校物理の5分野である力学、熱、波、電磁気、原子は、基本この順で学習することになります。公式を理解するのに前の分野が必要になるからですね。では、力学は他分野の理解にどれほど必要なのか？\n\n熱…力のつり合い、運動量、エネルギー保存則\n波…単振動\n電磁気…力、エネルギー、円運動、万有引力\n原子…円運動、エネルギー、運動量\n\n多少抜けはありますが、おおよそこれらの単元の公式が全て頭に入っていることが前提になっていると考えてよいでしょう。特に電磁気と力学のつながりは非常に強く、千葉大では力学と電磁気で必ず一題ずつ出題されるようなので、私からのアドバイスとしては、「力学の公式がどうしてそうなるのか理解できるまでは力学に力を入れるべき」ということになります。\n\nただ、公式が理解できているが難しめの問題になると解けないという場合、他分野に移っても問題ないと思われます。物理という科目は、一度コツを掴めば急激にできるようになる科目なので、分野を横断して多様な問題に触れ考える力を養うことが求められます。加えて、早期に各分野の公式が十分に理解できれば融合問題にも挑戦できるようになるので、学習効率は上がります。教科書や傍用問題集の章末問題が解ける力を付け、早々に他分野に移ってしまいましょう。\n\n学習順ですが、力学→電磁気→熱、波という順を提案します。電磁気で登場する公式はこの順でもカバーできますし、電磁気は力学との融合が非常に多いため、力学の復習にもなるでしょう。多くの学校では10〜12月に理科の全範囲が終了しますが、できれば夏休みの終わりには熱や波まで終わらせてしまいたいところです。\n\n一点気をつけておきたいのが、物理はそもそも自習が難しいということです。暗記中心の高校化学に比べ、数式の意味を理解するところから始める必要があるからです。なので、物理で手詰まりになってしまったら、化学に集中するか、誰か(予備校や塾、学校の先生)に質問するかという択を意識しましょう。"}],["$","div",null,{"className":"flex 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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"理科がやばいです"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"一旦落ち着いて状況を整理しましょう。\n物理は大きく分けて、力学、電磁気学、波動、熱力学、原子の5分野です。\n化学は理論化学、無機化学、有機化学の3分野です。\n物理の各分野それぞれ特徴があり、ポイントとなる公式とそれが用いられる状況の整理ができていれば応用はいくらでも効きます。\n例えば力学で、物体に働く力を正確に解析し運動方程式を書くことができるか、保存則とは何か。モーメントとは何か。重要事項がどういうものなのかを教科書を用いてよく理解し、記憶していきましょう。一つ理解するごとにそれに関連する問題を解くと良いです。それも公式当てはめではなく、なぜその公式を使ったのかきちんと説明ができるようにしましょう。\n化学は物理よりも覚えることが多いですが、同じように物質量や半反応式、飽和蒸気圧など基本を覚えていきましょう。夏までに物理は全分野の大まかな理解、化学は理論化学のインプットができれば上出来かと思われます。\n夏以降はガンガンアウトプットして、無機と有機を始めましょう。オススメの参考書は名問の森(物理)と重要問題集(化学)です。\nまた問題が解けなくても自暴自棄にならないことが大事です。正しいアプローチは基本の理解から来るものです。問題演習で解けなかったところを、なぜ解けなかったのか明確に分析することで要領をつかんでいきましょう。"}],["$","div",null,{"className":"flex mb-1","children":[["$","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":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"物理過去問演習に入る時期"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"aiieoさん、こんにちは！\n東京工業大学工学院かえでです！\n\n物理の過去問演習に入る時期にお悩みだということですね。\n\n結論から申し上げますと、\n今すぐに過去問演習に入るべきであると考えています。理由は以下の２つです。\nーーーーーーーーーーーーーーーーーーーーー\n①常に全ての範囲に取り組み続けるべきだから\n②実際の試験形式に早く慣れる必要があるから\nーーーーーーーーーーーーーーーーーーーーー\n①全ての範囲について\nひとつの範囲に集中していると、他の範囲が抜けてしまうこと、これはよくありますよね！\n私もそんな体験を受験生時代にしていました。\n\nそこで、常に広い範囲に触れ続けるべきであると考えます。\n例えば、過去問の物理を通して解けば、ほぼ全ての範囲に高いレベルで触れることができますよね？\n大学にもよりますが、\n・問題はほぼ全ての範囲を網羅していて、その中から選択する\n・大門ひとつの中に複数の範囲の知識を合わせないと解けない\nこんな形態がほとんどかなと認識しております。\n\n早めに過去問演習して、常に全ての範囲に触れ続けましょう！\nーーーーーーーーーーーーーーーーーーーーー\n②試験形式に慣れる\n今はひとつの範囲を回して、それを繰り返しているようですね。これでは実際の試験には対応できません。\nと言いますと、先述の通り試験では全ての範囲の知識を同時にアウトプットしなければなりません。\n\n頭のモードを範囲で切り替えるのではなく、常に全ての範囲に対応できるようにしましょう。\n\nそのために今すぐ過去問演習が必要です！\nーーーーーーーーーーーーーーーーーーーーー\nいかがだったでしょうか。ここで私の経験をひとつお話ししますね。\n\n私が受験生だった時のこの時期には、すでに過去問演習に入っていました。志望校のものだけでなく、他の大学の過去問にも触れて、常に複数の範囲を行っていました。\nこれにより、「こんな使い方があるのか！」など、様々な発見があります。何より楽しいことだと思います。\n\n問題集を繰り返すのもいいですが、そろそろ過去問演習を始めてみてはいかがでしょうか。\n\n私の回答、経験がaiieoさんの受験勉強の一助になれれば幸いです！\nまた不安なこと、困ったことがあればいつでも聞いてください！\nそれでは👋\n東京工業大学　かえで"}],["$","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":"物理、化学の進め方"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"これはあくまで個人的な考えですが、早稲田理工、東工大を視野に入れているなら、少しこの参考書だけでは物足りない気がします。\n\nさて、物理化学の勉強の進め方ですが、どちらもまず知識をインプットするのが最優先です。『セミナー』などの問題集で基礎知識を頭に叩き込みましょう。できれば夏休みまでに全て入れておきたいところ。\n\nそのあと、夏休み入れた知識を再度確認するという意味で『重要問題集』を何周かするというのがオススメです。\nまず1周目は自力で全部解く。間違った問題に関しては、解説をじっくり読み、その分野の問題を例えば『セミナー』などの基本的な問題集から引っ張り出すなどして、徹底的に解き、苦手を潰す。そして、間違った問題をもう1回解き直す。\nこのサイクルで頑張って夏休み中、遅くとも9月末あたりまでには『重要問題集』を終わらせてしまいましょう。\n\n理科で現浪、最も差がつくのが演習量です。知識をいくらインプットしても、アウトプットする方法を知らななければ意味がありません。\n\nもう秋頃から大学別模試も始まるので、自身の志望大学の過去問や模試の過去問を遡って演習形式で行う、という勉強も取り入れていきましょう。もちろん、これも丸つけ直しは先程のサイクルです。この時、苦手な分野を潰す問題集として、ややレベルの高い問題集を選ぶのもありです。例えば、物理なら『標準問題精講』や『思考力問題精講』、『名門の森』など、化学なら『新演習』があげられると思います。\n\n大事なのは演習をただ闇雲に行う事ではなく、入試本番までに自分が苦手な分野をいかに克服できているかです。全部を完璧にするなんて到底出来ませんが、自分が完璧と自負している分野を増やすことは出来るし、しなければいけません。健闘をお祈りしています。\n\n最後になりますが、勉強法なんてどれが正解かはわかりません。これはあくまで僕のおすすめの勉強法であり、僕はこれで受かったと言えますが、その反面誰にでも通用するのかは分かりません。合う合わないは絶対にあります。参考程度にああ、こういう勉強法もあるのだなと思っていただけると幸いです。"}],["$","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":"偏差値が伸びる勉強法について"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"こんにちは\n\n個人的には、物理にらくマスを使うのはオススメしません\n確かにらくマスは公式などが薄い本一冊にまとまっており、整理されているのでわかりやすい感じもしますが、そもそも物理は公式の暗記→代入という単調な作業で理解、解答できるものではないからです\n\n物理の理解を深めるために大事なことは、教科書や参考書に載っている公式の意味を\"きちんと\"理解し、日本語で説明できるようにすることです ちゃっと大変そうに聞こえるかもしれないんですけど、ここの理解をきちんとしていないと公式も無味乾燥なものを大量に覚えるだけになってしまうしそもそも問題でこう使う！っていうのも理解しにくいのでだいぶ大変です😭\n\n例えば力学で言えば、ma=Fという式はFという力と、質量mと加速度aをかけたものは同じになる、ではなく、「物体mに力Fを加えると、その加えた向きに加速度aが生じる」ことの説明です\n\n概念理解のためには、説明がなされている文を納得いくまで読むことが重要です\n本当は新物理入門がオススメなんですが、初見殺し感がハンパない(.書いてあることは本当にいいこと)ので、エッセンスを熟読するのが良いと思います また橋下流・解法の大原則という本も今の質問者さんに合ってると思います！こちらの方がより問題解く際にどうしてこれ使うかなどを説明の途中に例題を入れながら説明してくれるので、わかりやすくなってます！特に熱力はこれだけで十分という感じです\n\n残り日数は限られていますが、きちんとやれば間に合う時間なので、頑張ってください🙏\n"}],["$","div",null,{"className":"flex 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