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1b: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。1d: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。1e:Tcbe,こんにちは！東工大一年のたまちゃんです。
物理のオススメとしては、物理のエッセンスです。物理のエッセンスは問題も割と多く載せてあるので、高校2年のうちはこれだけでも大丈夫だと思います。それで不安ならば、基礎問題精講や良問の風、発展をしたいなら名門の森などをやれば良いと思います。まぁ、エッセンスと良問の風はほとんど同レベルですので、良問の風を使うなら、エッセンスで学んだことを問題演習でアウトプットする用になると思います。
化学は鎌田・福間シリーズ(大学受験Doシリーズ)くらいしかわからないです。すみません…。この参考書も問題が割と多かったと思うので、これだけでも十分だと思いますが、演習もしたいのであれば、基礎問題精講、CanPassなどがオススメです。解説が詳しめなので。ただ、CanPassは少し難しめ。

次は物理を学ぶ際のポイントについて、自分なりに思っていることを書きます。
まず、力の方向(力の矢印の向き)がわかって、運動方程式を立てるのが普通の力学の問題です。これが出来ていないなら、問題は解けません。これは基礎中の基礎ですので、疎かにしないでください。
また、次元にも注意を払うと、計算ミスに気づけることもあります。次元は単位のことです。例えば、計算をして答えが(m+M^2)g となったとしましょう。この答えは100%間違いです。なぜかわかりますか？
次元(単位)が違うものを足したり引いたりは出来ないからです。mの単位はkgですが、M^2の単位は(kg)^2ですから、足すことはできません。ですから、この答えはあり得ません。計算してこの答えになった時点で、やり直さなければならないのです。こういうチェックをしていると、あり得ない答えの時に気付けます。(尚、掛け算、割り算は単位が違ってもできます。)
ですから、次元に普段から注意する癖をつけておくことで、模試や本番の時に計算ミスに気付けます。

化学に関しては、理論化学ですと、計算問題がほとんどです。計算はモルで行うことが多いと思います。今、何の計算をしているのかを理解しながら勉強して下さい。何と何をイコールで結んでいるのかなど。また、熱力学の際、〜エネルギーが出てくると思いますが、エネルギーがつくものはマイナスと覚えておいて下さい。

スマホに関しては、私はよくわからないです笑
私はスマホの電源を切ったり、あと30分したら休憩しよう などと思って頑張ってましたが…。
それでも私もスマホを使いすぎることもしばしばありました。なので、あまり特効薬のようなものは無いです。すみません…。

物理と化学は理系にとってとても重要ですので、頑張ってください！応援しています！
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":[["$","div",null,{"className":"mb-8","children":["$","$L7",null,{"href":"https://unilink-app.onelink.me/isbO/h6xeh63x?advice=PTkOVjJVloGavIj2","target":"_blank","children":["$","$L8",null,{"src":"/images/web_to_app_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink WebToAppバナー画像","className":"mb-4 rounded"}]}]}],["$","h1",null,{"className":"text-xl font-semibold mb-2","children":"物理の勉強法が分かりません-_-b"}],["$","div",null,{"className":"flex justify-between mb-4","children":[["$","div",null,{"className":"text-left text-xs text-caption","children":["クリップ(",3,") コメント(",1,")"]}],["$","div",null,{"className":"text-right text-xs text-caption","children":"5/1 17:10"}]]}],["$","div",null,{"className":"coach-mark 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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"高一の物理"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"高1なので、力学中心に回答します\n\n力学はまず図示がめちゃくちゃ重要です。力学の問題を見たら、力の矢印を書き込みましょう。これで半分くらい解けたことになります。\n\n次に運動方程式を立てましょう。この時重要なのは「どちらを正の向きにするか」。力も加速度もベクトルですからこれが勝敗を決めます。物体がどちらにどのように動くかは座標の正負を含めた運動方程式が教えてくれるんですよね(すごくない！？)\n\nあとは運動方程式を解くだけです。\n\n基本的にはこのスリーステップで解けます。\n周りの高校生が出来ないのは、私の経験上「力の図示」です。これさえ完璧にすればあとは矢印の向きに従って運動方程式は完成させることができるのですが、逆に言えば力の向きがわからないと何もできません。非常に基本的なことですが、受験にも直結するので心して演習しましょう。\n\nさて、参考書等ですが、私は物理のエッセンスを愛用していました。あれを数回繰り返せば確実に力は付きます。ただ個人の好みがあるので、合わなかったら無理して使う必要はありません(結構クセあるからね)。\n\nとりあえず現段階ではこれを意識してください。力学が終わって波動とかに進んだらまた対策はちょっと異なってくるので、気軽に質問して下さいね！"}],["$","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":[["$","div",null,{"className":"mb-1","children":"物理がわからない高1です。"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"こんにちは。高校物理の理解は、いくつかの段階に分けられます。\n\n1. 公式を覚える\n2. 問題を見て、どの公式が使えるかわかる\n3. 問題を解いて、その本質を見抜く\n\n1. はそのままです。物理法則を記述する公式をおぼえる段階です。F=maとかはもちろん、作用反作用だとか、「離れている2物体に働く力は重力(引力)や磁力だけ」だとか、そういうルールを覚えます。\n\n2.は、問題を見て、与えられている条件を見て、頭の中にインプットされたルールを適用していく段階です。これで問題が解けます。\n\n3.は、いくつかの問題を解いたときに、「この問題とこの問題は、設定は違うけど起きていることは同じだ。」とか、「一見すると似ている問題だけど、物理現象の要因が全然違う。」とか、そういうことに気付いて理解を深めるという段階です。難関大を目指さない限り、この段階までくる必要はないと思います。\n\n\n勉強しても頭に入ってこない、ということは1.の段階に問題があるのではないでしょうか？\n「公式を覚える」と言ってしまえば簡単な作業のようですが、高校で習う公式は「○○な場合に成り立つ」というふうに、限定的な公式が多く、混乱させられます。\n\n(そもそも高校物理では、物理現象の本質的な要因を説明せず公式だけ提示してくるんですよね……だから余計にわからなくなっているのです。個人的に、高校物理をわからないと思う人は正しいと思っています。あれでわかるはずがありません。)\n\nしかし、問題を解くしかないわけですから、今一度、公式を確認してみてください。「F=maのaは力Fを受けている物体の加速度aだ」などと、式の間に言葉を挟んで理解してみるのもいいかと思います。\n物理は、ルールに従ってシステマティックに考えれば必ず答えが出るようになっています。一つ一つ丁寧に理解していきましょう！\n応援しています！"}],["$","div",null,{"className":"flex mb-1","children":[["$","svg",null,{"stroke":"currentColor","fill":"currentColor","strokeWidth":"0","viewBox":"0 0 24 24","className":"text-subPrimary mr-1","children":["$undefined",[["$","path","0",{"fill":"none","d":"M0 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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"物理　独学に近い(電磁気、レンズ)"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"こんにちは。以下私の考えを述べさせていただきます。参考になるところがあれば吸収してください。\n計画についてですが、おおよそその程度で良いと思います。ただ、個人的には未収範囲あっても既習範囲に関してはどんどん問題演習を積んでいけば良いと思います。一般的には力学⇨電磁気学の順に履修するかと思います。多くの受験生にとって力学の範囲は得点源になりうるので、そこの単元の演習をしっかり積んでおきたいです。したがって、未収範囲を終わらせることだけに注力するよりも、既習範囲は少し難しい問題集へどんどん進んで同時進行でレベルアップしていくのが良いと思います。その方が、既習範囲を得意分野として点数を安定させることができますし、模試などでも点数が取りやすくなると思います。\n夏前までに基本的な問題はしっかり解けるようにしておいて、夏に少し難しい問題集に取り組んで一気にレベルアップして過去問との橋渡しをすれば良いと思います。秋頃に過去問に入ることができれば十分順調だと言えると思います。\n物理は基本的な現象や公式を理解することができれば、後は演習を積むことでどんどんレベルアップできると思います。ですから！その最初の理解のところで躓くようであれば、自分でずっと考え続けるのも効率が悪いので、映像授業に頼るのも良いと思います。最近はYouTubeやスタディサプリなど、比較的高額ではないサービスも増えてきているので、それらを用いて、どのように物理を勉強すれば良いか、どのような問題が定石で、それらはどうやって解くのか、応用問題にはどうやって取り組んでいけば良いのか、ということを学ぶと良いと思います。"}],["$","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":"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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