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1c:T11d8,慶應義塾大学経済学部　kp様の過去回答記録より、
「物理のセンスのいい人などは、公式の導出の際に本質を理解して、いろいろな問題に応用して問題が解けます。

しかし、普通の人は一発目から本質はわかないので、公式を暗記して、それを使って問題を解きながら徐々に本質を理解していくのがいいと思います。

オススメはまず教科書をじっくり読んで公式を理解し、良問の風や名門の森をやって問題や公式に慣れていき、自分で公式の導出ができるまで練習するのが良いと思います。」


東京工業大学第三類　たかゆー様の過去回答記録より、
「物理ができない理由としては
①イメージがつかめていない
②単純に演習量が足りない
③応用力がない
といった感じだと僕は考えています。

①に関しては、物理を学ぶ上で最も難しい部分です。そこで僕がオススメするのが秘伝の物理という参考書です。この参考書は、かなり分厚いですが内容がすんなり入ってくることに加え、イラストや動画解説もあるのでかなりイメージがつかめます。秘伝の物理でイメージがつかめたら問題演習に入っていきましょう。

②に関しては、物理のエッセンスでひたすら演習を積んでいきましょう。同じ問題は3回解くをモットーに頑張りましょう。

③に関しては、名門の森という参考書を解いていけば身につきます。名門の森をマスターできれば入試物理で解けない問題はほとんどなくなるかと思います。まあ捨て問は別ですが笑

（質問者さんがどこでつまずいているのかはわかりませんが、おそらくイメージがつかめていないのと、演習量が足りないのではないかなぁと思います。）
問題を読んだ瞬間にあ〜こうすれば解けるなぁって思えるようになりましょう笑」

「エッセンス、体系物理がある程度完成しているとの事なので、過去問に入っても問題ない状況ではありますが物理で高得点を狙うためにはもう少し演習が必要です。

一応分野別物理以外の参考書は解いた経験があるので、実際に使って見た感想を交えながらおすすめしていこうと思います。

まず、一番おすすめなのは標準問題精講です。

この参考書は、簡単に言うと難系をぎゅっと圧縮してわかりやすくした感じです。
難系を解かないと高得点が取れない時代は終わりつつあるので、難系を使わないで標準問題精講を利用しましょう。

また、電磁気分野に関しては名門の森が一番いいので、時間があれば電磁気のみ名門を使っていくのがいいかと思います。

もし仮に、それでも時間に余裕があるのならば新物理入門の力学分野を一通り読んで理解しておくと、物理で九割は下回らないようになってきます。」


京都大学農学部　剛様の過去回答記録より、
「物理に限らず公式は暗記して理解するのではなく、理解しようと頑張ったら自然と暗記していたという順番が好ましいです。
例えば、運動方程式F=maですが単にこの形を覚えてしまえばつかえることは使えます。しかし、力Fが同じ状況下で質量mが大きければ大きいほど加速度は小さくなる、すなわち重いものは動き始めが遅いという実際に経験できる通りの理論だと分かります。

これはこう覚える、ということをする時も私自信ありましたが、京大物理を見据えて、どうしてそうなるのかを追求することが入試の得点に繋がります。学校のテストに言及すれば公式を覚えているのに点が取れないのは単に問題演習量が足りない可能性があります。使っている問題集のテスト範囲の問題は分かるまで何度も解いて、解説を読み込む作業を繰り返しましょう。」

虎の威を借る狐の如く、このような形でしか力になってあげられないことについて、大変なる不甲斐なさと申し訳なさを感じます。こんなことしか言えませんが、ぜひとも頑張ってください。1d:T1576,物理の勉強法についてですね。少しでもお力になれたらと思います。
まず物理は理解に一番時間がかかる科目であると僕は思います。逆に理解してしまえばひとつの線のように繋がって次々と問題が解けるようになり楽しい科目に変わるという面もあると思います。つまり、物理は早々に挫折しがちなもので多くの人が苦しめられるのです。しかしそこでめげずに続けていくことが大切だということです。
初めに、物理基礎からやり直す方がいいと仰っていましたがそもそも物理の中に物理基礎が含まれているので学校から貰った参考書があるならそれを丸々やればいいということです。物理で大切なのは他の科目と同じ基礎固めです。そのためにはやはり学校から配られるレベルの問題集をまずは完璧にする勢いでやるしかないかと思います。分野的には力学、電磁気学が最優先です。このふたつ(特に力学)が高校物理の根幹をなす分野となるからです。もちろんその他の分野も絶対に手を抜いてはいけません。しかし力学、電磁気学の2分野の理解がまずは大切でありかつ躓きやすいポイントなのです。
学校で配られた参考書を解くにあたってできるだけ答えを見て理解した気持ちになるだけなのはやめましょう。教科書を片手に分からないことはとことん調べて間違えた問題は解きなおしてまずは一冊極めてみてください。これだけでかなり視点が変わってくると思います。どうしても分からないところはその都度やはり物理のできる先生やそれこそ大学生にでもいいのでとことん質問するのがいいと思います。参考書としては｢漆原の物理が面白いほどわかる本｣シリーズが基本中の基本は分かりやすく解説していると思います。これを教科書代わりにして基礎を固めるのも良いでしょう。
一冊を完璧にすると実はそれだけでかなり実力がついているので入試問題にもある程度手が出るかと思います。目指している大学のレベルにもよるのですがレベルの高めの大学なのであればここでいきなり過去問に行くのではなく、もうワンランク上の参考書をやってみるのが妥当でしょう。僕は学校の参考書(僕の学校ではセミナー物理というやつでした)を完璧にした後は物理の重要問題集という本で(これは一応色々な大学の過去問の中で勉強になるだろう問題が集められたものです)本番レベルの問題に挑戦して分からないことがあればその都度1歩戻って教科書や簡単な問題を復習していました。
物理を学んでいると薄々分かってくる事なのですが、物理とは微分積分学を元に成り立つ学問です。よって、実は微分積分を用いて理解をすることができれば一部のよく分からんけど覚えるしかない、で済ましてきた公式は完全に数式として理解することができ、また導くことができるので多くの問題が微分積分を用いて解決できるようになります。もちろん中には大学レベルの微分積分をら用いなくてはならず難しすぎるために公式暗記となってしまうものもあるのですが難関大学を目指す際には重要問題集に手が出せるレベルになったら微分積分を用いた考え方(といってもこちらが本当の物理なのですが)を学び、理解することが出来れば急速に力はつくと思います。この時の教科書としては駿台文庫の「新物理入門」がとてつもなく細かく分かりやすく書いてあるのでオススメです。
ここまでつらつらと物理の進め方の1例を示してきましたがあくまでこれは僕の考えでありもっと自分のやりたいやり方や自分に合ったやり方があるならぜひそちらを優先してみてください。困った時の参考としてアドバイスは考えていただけると幸いです。また、微分積分を用いて物理の問題を解くと力学、電磁気学をまとめて理解して同じような方法で解けるようになってくるのですが、これは確かにレベルの高いことですので余裕が無いならあまり気を取られない方がいいかもしれません。中途半端が何よりもダメなのでそこだけにはくれぐれも気をつけてください。これからまずは簡単な問題集を完璧にしよう！という意気込みを持ってやっていっても何回も何回も理解できないことや挫折しそうになることがあるかと思います。(実際僕はそうでした笑)ですが、それはあなただけじゃないので安心してください。僕だってほかの受験生だってみんな悩んで悩んで進んでいくんです。分からなくてもちょっと休憩して教科書に戻ってやり直しましょう。少しづつでいいんです。質問者さんの物理の勉強が進むことを陰ながら応援しています。またいつでも質問してくださいね。1e:Tc44,東工大1年の者です。

私は、授業中の物理の時間に内職で数学をしてたり、寝てたりしていたら、高3の4月から独学で物理を仕上げなくてはいけなくなった愚か者です。

物理の基礎固めのおすすめのやり方を2ステップに分けて説明します。

まず、教科書を見ながら、典型問題が収録された参考書（楽々マスター物理がこれに該当）を行い、公式や保存則を適切な方法で使えるようになることです。このとき、どんな条件下で公式や保存則が使えるのかを教科書で逐一確認しながら問題に取り組むことが大切です。例えば、エネルギー保存則は系に保存力以外が仕事をしていないときに使える、などを確認しながら、参考書の問題ではエネルギー保存則が使えるのか否かを自分で判断しましょう。

次に、重要問題集や難系物理などの難しめの問題集を解いてみましょう。少し見ただけではどの公式を使ってどの用に計算すればいいのかわからないので、公式や保存則が使えるのか否かの判定をもっとしっかり行わないといけません。

話は少し変わりますが、貴方は、公式や保存則が成立する厳密な理由が気になるタイプでしょうか、それとも、公式や保存則は暗記するタイプでしょうか。このタイプによって、教科書の補助となるおすすめの解説系参考書が変わってきます。

前者のタイプでしたら、新物理入門がオススメです。微積分をつかって、公式や保存則の成立する理由を丁寧に解説してくれています。しかし、数式がいっぱいで読解難易度が非常に高いことと、時々大学内容の微積分が出てくることにより、完璧に理解するには覚悟がいります。全部読むのではなく、気になった部分だけを辞書的に参照するくらいで十分です。ちなみに私はこのタイプです。新物理入門のエネルギー保存則、運動量保存則の成立理由は何度見たかわかりません。

後者のタイプでしたら、物理のエッセンスがおすすめです。この参考書は、論理的正しさを完全に捨てて、公式や保存則を正しい方法で使えるようになることに特化した参考書です。とにかく書いてあることがわかりやすいのは確かです。この様に書くと、物理のエッセンスを批判しているように見えるかもしれません。しかし、この参考書で京大に行った人を複数知っているので、ポテンシャルはある参考書なのだろうと思います。合う人と合わない人がはっきり別れていて、私には合わなかったというだけです。

以上がおすすめの物理の学習法になります。物理は、基礎が正しくできれば東京工の問題もボコボコにできますので、ぜひともがんばってください。2:["$","main",null,{"className":"px-4 pt-4 pb-4","children":["$","div",null,{"className":"max-w-3xl mx-auto w-full","children":[["$","div",null,{"className":"mb-8","children":["$","$L7",null,{"href":"https://unilink-app.onelink.me/isbO/h6xeh63x?advice=_jihA24BTqPwDZPuybB-","target":"_blank","children":["$","$L8",null,{"src":"/images/web_to_app_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink WebToAppバナー画像","className":"mb-4 rounded"}]}]}],["$","h1",null,{"className":"text-xl font-semibold mb-2","children":"物理が全然分からない"}],["$","div",null,{"className":"flex justify-between mb-4","children":[["$","div",null,{"className":"text-left text-xs text-caption","children":["クリップ(",3,") コメント(",1,")"]}],["$","div",null,{"className":"text-right text-xs text-caption","children":"10/26 0:56"}]]}],["$","div",null,{"className":"coach-mark 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mb-4","children":[["$","div","advice-part-0",{"children":[null,"はじめまして。\n\n物理に関してですが、問題演習を通して理解を深めるよりも、まず概念や現象のイメージを持ってから演習をする方が遥かに効率的だと思います。\nエネルギーとはなにか、力とはなにか、それらを理解せずに問題のパターンだけ覚えても、そんな勉強でスラスラ解けるほどぬるい問題を国立大学が出すと思えません。\nしたがって、問題集を買うより参考書を先に買うべきです。\n概念や現象のイメージを先に把握しましょう。\n大手予備校の講師が出している参考書は結構参考になります。\n彼ら教え方や実績に定評があるから人気があるので、そのような人が出している参考書はためになることが書いてあります。\nただ講師によって向き不向きの分野があるので、一冊にこだわらず色々見てみるといいと思います。\n\n以上ですが、これは私の個人的な意見なのであまり鵜呑みにしすぎないでください。\nこれは私に限らず全ての意見もそうです。\n全人類に通用する勉強なんて存在しないので。\nまだ時間はあると思うので、焦らずだけど程よい緊張感を持って頑張ってください。"]}]]}],["$","div",null,{"className":"mb-4","children":["$","$L16",null,{"adviserImageUrl":"https://firebasestorage.googleapis.com/v0/b/unilink-48e75.appspot.com/o/images%2Fs_C548AA21B05845BE959F25D7C49FCB86.jpg?alt=media&token=2ffea50c-d5bc-45de-a729-2e824762246d","adviserName":"31","adviserDepartment":"京都大学農学部","adviceId":"_jihA24BTqPwDZPuybB-","numberOfFan":70,"clipsAvg":12.239583333333334,"adviceRateAvg":4.748251748251748,"profile":"物化選択で、センターは地理です\n二浪して受かりました\n人よりは辛くて長い受験生活を経験しているのでその分色々な話が出来ると思います\nたまに顔出します"}]}],["$","div",null,{"children":["$","$L7",null,{"href":"https://ck.jp.ap.valuecommerce.com/servlet/referral?sid=3364577&pid=884970531&vc_url=http%3A%2F%2Fshingakunet.com%2F%3Fvos%3Dnrmnvccp0000100","rel":"nofollow","target":"_blank","children":["$","$L8",null,{"src":"/images/document_request_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink 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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"学校の授業についていけない"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"物理苦手なんですね、その気持ちとてもよくわかります。\n高2の時に僕も点数が一向に上がらず苦しんでいた時期がありました。\nしかし、物理は他の理科科目と比べても覚えることが少なくやり方さえ覚えてしまえば飛躍的に点数は伸びます。\n\nそんな、僕が救われた参考書は[漆原晃の物理基礎物理が面白いほどわかる本]です。もう持っていたらすいません。(YouTubeで活躍されているはなおさんも紹介している有名なやつ。)\n\nこの本の何がいいかというと優しい語り口調で進めてくれて、公式を当てはめて解くのではなく、解法のアプローチを示してくれているというところです。\n\n\n何からすればいいかわからないというのであれば、必ず力学から始めてください。力学ば物理を考える土台となるものですし、どこの入試にも出ます。\n順番は学校の授業と同じように進めることが望ましいと思います。苦手であれば予習はあまりおすすめしません。\n東北大は力学　電磁気が毎年出るので特に力を入れて頑張ってください\n\n\nまた、参考書は上記で紹介しましたがあくまで一例です。自分でこれにきめた！というものがあるなら浮気せずに何度も何周もやってください\n\n健闘を祈ります\n"}],["$","div",null,{"className":"flex mb-1","children":[["$","svg",null,{"stroke":"currentColor","fill":"currentColor","strokeWidth":"0","viewBox":"0 0 24 24","className":"text-subPrimary 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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"物理を完全理解するには"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"物理というのは基本的に難しい学問ですから、最初のうち多少出来なくても心配することないですよ\n実際僕も高2のとき物理で赤点をとりました\n流石にまずいと思って勉強し始めました\n意識したことは、そんなに色々な問題集なりに手を出すのではなく、一問一問を吟味することです\n物理は条件が変わるだけで一気に解法が変わるものです(慣性系なのか静止系なのかなど)なので、そんなに問題集を解く必要ないです 一問一問に多くの情報が詰まっています 物理って暗記量1割程度ですから 少なくとも3回はといたほうがいいかもしれません\nあとはアウトプットの量ですかね 料理のレシピを理解したつもりでも実際に料理すると分からなくなってしまう、というような感じで物理も実際に手を動かすことがとても大事です。ワークの答えを見て分かった気になっていませんか？分かることとできることは別ですよ\nまあなんだかんだといってきましたが、結局は物理を楽しむことでしょうかね。僕の周りの凄い物理できる奴は心の底から物理を楽しんでいたように感じました。変に勉強、って思うより、ゲーム感覚みたいな感じで\nタイムマシンとか興味ないですか？アイザックニュートンやアインシュタインの相対性理論、重力波などについて一度ご自身で調べてみて下さい\n当然、理解できないでしょう。しかしその意味のわからなさがある意味物理の魅力であります\n科学誌のニュートンなども読んでみることをお勧めします\n好きこそものの上手なれ、ですよ\n\n\n"}],["$","div",null,{"className":"flex 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mb-1","children":"こんにちは、はじめまして。\n東工大2年のたかゆーという者です。\n\n僕自身、東工大入試本番で130/150、駿台模試でも偏差値70を割ったことがないのである程度参考になるかとは思います。\n\nまず、ko-taroさんの現在の状況がわからないのでなんともいえませんが、物理で大切なことは\n\n①イメージをきちんと持っていること。\n②物理の問題のパターンをある程度把握していること\n\nが大切です。\n\n物理は、数学などに比べるとあきらかにパターンが少ないので、全てのパターンを知って仕舞えばあとは計算するだけになります。\n\nこれからどのようにして物理を極めていくかを紹介していきます。\n\n①物理秘伝の物理を利用してイメージを掴む\n\nこの参考書は珍しくイメージを認識することに特化しています。\n\nそのため、物理について簡単な問題は解けるけど少し難しくなってしまったら解けない\nなんて悩みを抱えているのであれば、イメージが足りていない証拠なのでこの参考書を買って学習しましょう。\n\n②物理のエッセンスで基本的な計算を学ぶ\n\nエッセンスはとても良い参考書なのですが、本質情報しか書かれていないため、初学者には厳しいです。\n\nですが、秘伝でイメージをつかんでいれば、エッセンスが本当に良書であることが実感できると思います。\n夏休み中に問題を2周くらいすればある程度は無双できるかと思います。\n③名門の森を使う\n\nエッセンスを2、3周解き終えたら早速名門に入っていきましょう。\n名門は難しいと言われているかもしれませんが、エッセンスと秘伝で学んだ事を活かせば解けるはずです。\n\n大切なことは、問題を復習する時に\n\nエッセンスや秘伝のどの考え方を使ったのか\n\nを意識して復習することです。\n\nこの復習方法を繰り返すうちに、問題のパターンが見えてくるようになります。\n\n④新物理入門を一通り読む\n\n新物理入門は難しすぎるとネットでは言われていますが、極めるなら微積物理は避けて通れません。\n\n実際に東大京大東工大では、微積を使わなくても解けるけど、微積の考え方を使わないと厳しい問題も出題されています。\nおそらくまだ高2との事なので、新物理入門の詳しい解説は控えさせてもらいます。\n\n拙い文章ですが、参考にしていただけると嬉しいです。\n\n困ったことがあればまた質問してみてください。\n"}],["$","div",null,{"className":"flex 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