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1a: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！1b:Td7b,よろしくお願いします。以下私の考えを述べさせていただきます。
結論から言うと、物理を独学するだけなのであればそれは可能だと思います。物理はもちろん現象や公式の内容を理解することはとても大事です。しかし、その後に演習をたくさん積むこともまた、受験において物理の成績を伸ばすために必要なことです。最初の方で物理の現象や公式の内容をしっかりと理解することができれば、後は演習を積むだけなので独学でも勉強することは可能でしょう。
ただ、教科書を読んでもすんなり理解できないと言う場合もあると思いますから、映像授業なども選択肢に入れると良いと思います。スタディサプリやYouTube等、それほど高額でなくても基本的なところを学べるサービスが増えてきています。どういう風に物理を勉強していけば良いのかわからないという場合は、指針という意味合いも込めて、このようなサービスを利用するのも良いと思います。また、独学するにあたってわからないところが出てきたときに質問できる環境というのも大切です。学校には物理の先生がいらっしゃるでしょうから、事情を説明してしっかりと質問対応などしてもらえるようお願いすると良いと思います。融通が効くようでしたら、映像授業の代わりに先生に簡単に授業をしてもらうのも良いかもしれません。

ただ、問題なのはどのレベルまで物理を仕上げるかということです。基本的には物理基礎と物理は高1、遅くても高2から勉強するのが一般的ではないでしょうか。それを高3からしかも独学で始めるとなると、ハンデを背負ってしまうことは避けらないのではないでしょうか。みんなよりも短い時間で仕上げるとなると、効率よく勉強する必要があります。まずは志望校の過去問を見て、頻出の分野等あれば確認しましょう。物理は主に、力学、電磁気学、熱力学、波動、原子の5つのグループからなります。この中でも最も頻出なのは力学と電磁気学です。ですから、過去問も確認した上で、これらの頻出の単元は力を入れて勉強すれば良いと思います。

参考書は学校の理系の子が使っている学校の問題集を使えば良いと思います。一通り終わったら「重要問題集」がおすすめです。網羅生もありますし、一冊仕上げればしっかりと実力はつくと思います。それでも余裕があれば「名門の森」がおすすめです。

個人的には物理は覚えることは多くなく、しっかりと理解することができれば、問題を解く手順は大体決まっているので、あとは演習で慣れることでしっかりと実力を伸ばせる教科だと思います。もし選択されるようでしたら、頑張ってください。日常にも物理が使われる部分は多いですし、面白いですよ。数学が好きということですが、三角関数やベクトルなんかは物理でよく使います。関連している点も面白いところかもしれません。1c:T10db,はじめまして。
理科(少なくとも化学と物理)に関しては早めに終わらせておくに越したことはありません。というのも、難関大の物理や化学は本質的な理解に基づく、すなわち公式の丸暗記では歯が立たないような問題を出してくる上に、多くの現役の受験生は授業が終わるのがギリギリになって十分な勉強が出来ません。なので理科は現役生の間では大きく差が着きます。逆に浪人生は数学や英語よりも理科でガッツリ点を稼いできます(1年かけて対策できるから)。

理科に関する今後の方針について。
化学は覚えることがまず先なので余裕がある内からやっていいと思います。今回は物理に関する質問ですので、化学に関しては特に言及しないでおきます。
問題は物理。物理は数学をかなり使います。ベクトル計算はもちろん、微積も使います。先生によっては｢受験物理で数学を使ってはいけない！｣という人もいますが、そんなことはどこにも明文化されていませんし、センター試験でも積分の理解がないと解けない問題も出ています。センター試験はある意味でどこまで出していいかの基準となるので、センター試験で出たなら二次でも覚悟した方がいいと思います(センター試験に対して｢この問題は出してはいけない問題だ！｣という人を見かけますが、受験生に試験が合わすことはまずない(というか不可能)ので、受験生が試験に合わすべきです)。まぁ物理に関しては数学(しかも結構簡単な演算)を使ったら楽に問題が解けるので損は無いです。
受験物理は力学が基本となる(力学で全て解くという訳ではなく力学に重きが置かれる)ことが多いので、力学をまずやるべきですが、この分野はガッツリ数学を使うので、少なくとも数学の授業でベクトルと微積を習ってからでもいいと思います。特にまだ高1ということで時間はあると思うので。なので物理基礎の力学が完了しているなら、無理してガッツリの先に進まなくていいと思います。授業の予習するに留めてもいいかもしれません。
熱について学習しているなら、先に熱力学や波動からやるのはどうでしょうか。理由は下で説明します。この2分野は結構頻出にも関わらず苦手な人が多いです。

勉強方法について。
問題集をやるのもいいですが(正直基礎ならそれだけでいい気もするが)、教科書や参考書を読み込むことをおすすめします。先にも述べた通り、難関大は本質的な理解に基づく難問を出してきます。公式の丸暗記では歯が立ちません。物理で大事になってくるのは言葉の定義や概念の理解です。そこで上で私が熱力学と波動を勉強することを勧めた理由になりますが、この2分野は数学を使わなくはないですが、数学を使う段階に入る前にこの2つは十分対応できます。ぶっちゃけこれが処理できているかどうかでこの後の負担が段違いです。というのも、この2分野は言葉の定義や概念の理解で結構問題が解けます。別に単語の意味が問われるという訳では無いですが、意味が理解していると状況がかなりスッキリ把握できます。力学と違って目に見える形で状況が変化しません。なのでイメージで状況把握する必要がありますが、言葉の定義や概念の理解でこれがかなり助けられます。そして何よりこの2つは物理基礎の範囲内だと思うので、現在やっている勉強の流れで出来ると思います。

これは私個人の意見なので、先生などの他の人間からも話を聞いてから実行に移したほうがいいと思います。別に騙すつもりはまったく無いですが、あなたに合っているかどうかはわからないので。
長文失礼しました。2:["$","main",null,{"className":"px-4 pt-4 pb-4","children":["$","div",null,{"className":"max-w-3xl mx-auto w-full","children":[["$","div",null,{"className":"mb-8","children":["$","$L7",null,{"href":"https://unilink-app.onelink.me/isbO/h6xeh63x?advice=kT7ChG8BTqPwDZPu_7oA","target":"_blank","children":["$","$L8",null,{"src":"/images/web_to_app_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink WebToAppバナー画像","className":"mb-4 rounded"}]}]}],["$","h1",null,{"className":"text-xl font-semibold mb-2","children":"物理選択"}],["$","div",null,{"className":"flex justify-between mb-4","children":[["$","div",null,{"className":"text-left text-xs text-caption","children":["クリップ(",6,") コメント(",0,")"]}],["$","div",null,{"className":"text-right text-xs text-caption","children":"1/8 10:46"}]]}],["$","div",null,{"className":"coach-mark 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mb-4","children":[["$","div","advice-part-0",{"children":[null,"こんにちは！東工大一年のたまちゃんです。\n受験物理に微積は不要です。よって数学Ⅲは不要です。大学の物理になると微積は必要になりますが、受験物理では必要ないです。よって、1A2Bで全く問題無いです。\n\n物理でやるとなった場合は、「物理のエッセンス」という参考書がオススメです。この一冊で物理の基礎が固まります。ですが、初学者には少し難しいので、「橋本の物理基礎をはじめからていねい」になどエッセンスよりレベルが低めの参考書も用意しておくとより良いかと思います。\n\nもう一度言いますが、受験物理に微積は必要ありません。微積で物理をやっている人が周りにいても不安になる必要はありません。　\n物理は最初は勉強してもなかなか伸びないですが、諦めずに取り組めば必ず伸びます。頑張ってください！応援しています📣"]}]]}],["$","div",null,{"className":"mb-4","children":["$","$L16",null,{"adviserImageUrl":"https://firebasestorage.googleapis.com/v0/b/unilink-48e75.appspot.com/o/images%2Fs_CFE9697C9B0748B986FC63D1F0563465.jpg?alt=media&token=67a9b921-03cf-49e2-8432-88216666a8ec","adviserName":"たまちゃん","adviserDepartment":"東京工業大学第三類","adviceId":"kT7ChG8BTqPwDZPu_7oA","numberOfFan":175,"clipsAvg":15.658536585365853,"adviceRateAvg":4.5018587360594795,"profile":"東工大のたまちゃんです。\nよろしくお願いします！\nなんでも質問してください！！\n物質理工学院に所属しています。\nファンのメッセージの方を重視してるので、あまり相談の回答はしないかもです"}]}],["$","div",null,{"children":["$","$L7",null,{"href":"https://ck.jp.ap.valuecommerce.com/servlet/referral?sid=3364577&pid=884970531&vc_url=http%3A%2F%2Fshingakunet.com%2F%3Fvos%3Dnrmnvccp0000100","rel":"nofollow","target":"_blank","children":["$","$L8",null,{"src":"/images/document_request_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink 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text-caption line-clamp-2 mb-1","children":"　0から(運動方程式とは、とかそのレベル)だとするなら、流石に無理があると思いますよ。他科目が既に合格水準を上回っていて11月末くらいまでほぼ物理にフォーカスできるなら上手くいけば人並みにはなれる、くらいのイメージでいいと思います。現状のレベルが正確に把握できないのであれですが、基礎はともかく普通の物理はなんとなく解けてるよって感じならなんとかなるかもしれません。以下ほぼ0からであるとしてお話しします。\n　もし希望学部が化学一科目で受験できるならそっちをお勧めします。大学入ってから少ししんどいかもしれませんが、受験方式で物理を使わない選択肢がある以上ある程度のフォローは期待してもいいでしょう。(シラバス(大学の授業予定)などが参照できれば、物理の基礎が開講されているかどうか確認してみるのもあり)\n　大学に入ってからのことを心配するよりも、受験に最適な戦略を立てた方がいいと思います。入っちゃえばまぁなんとでもなりますから。\n　\n　その上でどうしても物理で受験したいと思うのであれば、以下の手順で学習を進めるといいと思います。参考までにどうぞ。\n[単元ごとに教科書を一読→出てきた公式を暗記→該当単元の「セミナー物理」を一周→解けなかった問題のみもう数周]ここまでを全単元やる→セミナーもう一周→解けなかったものをもう一周→重要問題集物理\nここまでできればある程度は解けると思います。\nセミナーがある程度完璧にならないうちは重問には進まない方がいいです。かなり時間がかかるのは覚悟してください。死ぬ気でやんないと無理です。とはいえ時間を気にしすぎて理解しないで先に進むのは厳禁ですよ。\n教科書の使い勝手が悪い場合は適当な参考書でも買ってそれを使っても構いません。"}],["$","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":[["$","div",null,{"className":"mb-1","children":"物理は高３からで良いのか"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"物化なかなか理解に時間がかかりますよね…\nどちらも理解が進むと割と安定して点が取れるので最初の取っ掛かりが大切な教科だと思います。\n\n本題に戻りますが、私個人としては物理化学受験するなら2年生のうちからある程度のレベルまでは仕上げておきたいですね。(志望する大学によりますが)\n\n【国公立上位レベルを現役合格狙う場合】\n三年生では夏にある程度各教科を仕上げ、その後過去問演習をしながら各教科の完成を目指して共通テスト対策という流れになります。そうなると基礎からおさらいする時間はあまりありません。もちろん数学や英語の方が配点が大きい事が多いのでそこを疎かにするのはNGですが、物化は確実に基礎を抑えておく必要があります。理想のイメージでは物理か化学を2年生のうちに片方仕上げておくor物理(力学と熱力)と化学(理論)を仕上げておくという進め方の人が合格に近い気がします。\n\n【地方国公立レベルを狙う場合】\n科目によりますが、物理と化学どちらも必要な場合が多いと思います。上位と違うのは数学英語の完成度の部分だと思います。数学が全く理解できていないと化学も物理も習得に苦労してしまう場面が多々あります。2年生の間は学校レベルの物理化学はなるべく上位に近い成績を収めることと三年生の夏までに数学英語を志望校の合格点に届かせることを目標にするといいと思います。夏明けから物理と化学を一通り勉強するという形でも急げばなんとかなるとは思います。ただ学校の授業についていくという形でずっと勉強していると範囲が終わらず(または直前に終わる)受験を迎えるという学校も多くないのでそのあたりは先輩に聞いてみるといいと思います。\n\n勉強のやり方迷うことも多いと思いますが、わからないことがあればなんでも聞いてください！頑張って👍"}],["$","div",null,{"className":"flex mb-1","children":[["$","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":"科目選択は物理か生物か"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"こんにちは！\n　物理か生物か悩みますよね。\n　色々意見があると思いますが、やはり大学に入った後にしたい事が優先だと思うので、医学部にもしも届かなかったときのことを考えたら、やはり物理がよいとおもいます。\n\n　物理の特徴は差がつきやすいことだと思います。イメージですが、物理は中途半端に学習すると、2次試験で3割4割に低迷しがちなのですが、ある一線を越えると急に8割9割取れるようになります。\n　理由として、ミスをしやすい科目であるということがあります。大問があり、(1)を間違えたら、(4)まで全て回答が間違ってしまうというようなことがほとんどで、正負や記号などに注意しながら解くことに慣れる必要があります。難しい問題にたくさん触れて、混乱しないよう慣れておくことが大切だと思います。\n\n　物理基礎が苦手だったとありますが、全然関係ないので、心配ないと思います！\n　\n　おすすめの参考書は、物理のエッセンス、良問の風、名問の森です。僕の場合は、学校で重要問題集は配られたのですが、自分で購入した良問の風と名門の森をメインでやっていました。解説が丁寧なのと、問題の難易度が若干、名問の森の方が難しいことが理由です。\n　\n　もし、医学部を狙うのならば名門の森は必須ですが、医学部を狙わないのであれば、良問の風だけでも十分だとおもいます。物理エッセンスは教科書のように使っていました。\n\n　まだ、高校2年生ということですが、2年生のうちから、良問の風をやっていたらかなり得意科目にできると思います！解説もわかりやすいので、ストレス少なめで勉強できると思います。この三つの参考書は出版社が同じで、解説のニュアンスが似ていてわかりやすいのでかなりおすすめです！\n\n　生物に関しては、僕は履修していなかったので、あまり詳しくないですが、僕は受験期一番物理の勉強が楽しかったのでお勧めしたいという理由もあります(笑)\n\n　またわからないことがあったら聞いて下さい！応援しています📣"}],["$","div",null,{"className":"flex 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