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1c:Tfa3,こんにちは、高2のうちから予習に励んでいて素晴らしいですね！
物理の電磁気分野における予習の進め方、および学習のポイントについての質問とのことで、私自身受験勉強で物理を勉強していたので、その経験をもとに解答させていただきます！

まず予習の進め方についてですが、現在行っているように教科書的な参考書を用いて内容を把握し、その後基本的な問題集を用いて問題演習を行うという方法で問題ないと思います！
私は教科書的な参考書として「漆原晃の物理基礎・物理が面白いほどわかる本 シリーズ」を、基本的な問題集として「大学受験Ｄｏシリーズ 漆原の物理 明快解法講座」を使っていましたが、現在スイポテさんが使ってらっしゃる参考書も多くの方が使用している有名なものなので、特に問題はないかと思います！

次に学習のポイントについてですが、【問題演習をメインに行う】ことをお勧めさせていただきます！
私も初めて電磁気を学習した時、力学や波と違って直感的にイメージすることが難しかったため、その内容の把握に苦戦しました！また、私が予備校でチューターとして働いていた時に生徒さんから同様の相談を何回かいただいたため、電磁気の分野で理解に苦戦するのはよくあることだと思います！
そんな中、私が電磁気分野の克服のために行った勉強法が、【問題演習をメインに行う】という勉強法です！
前述の通り、電磁気の分野は非常に抽象的であるため、力学や波動のように直感的に理解することが難しいと思います！そこで私はいったん内容を理解するのを諦めて、公式や用語、考え方などを「受験問題を解くための道具」として暗記するようにしました。一通り暗記した後、「大学受験Ｄｏシリーズ 漆原の物理 明快解法講座」を用いた問題演習を通して、自分が暗記したものの使い方を学習しました。具体的には、最終的に各問題の解き方を他人に説明できる状態になることを目標に、問題を解いていて分からなくなったらすぐに答えを見て、解法を理解したらその直後に解答を見ないで再現する、ということを全ての問題が解けるようになるまで何周も繰り返しました！
すると、「大学受験Ｄｏシリーズ 漆原の物理 明快解法講座」に載っている問題が一通り解けるようになったあたりから、「電位」や「磁場」などといった自分がただ暗記していただけの概念や考え方の全容が少しずつ分かるような気になっていき、より難しい問題もだんだんと解けるようになっていきました！
また、予備校で働いていた時に相談にいらした生徒さんたちにも同様の学習方法を紹介したところ、多くの方が苦手を克服されていました！
少なくとも私の周りでは、大学に合格した方でも「電位」や「磁場」についてしっかりと他人に説明できるほど完璧に理解している方は少数派であると感じます！受験問題を解くうえではそれらの概念について完璧に理解していることより、どれだけ使いこなせるかの方が重要になってくるため、もし電磁気の分野の内容が難しいと感じるようでしたら、一度上記の学習法を試してみてはいかがでしょうか？

この時期からしっかりと勉強をしておくと、受験生になったときに基礎が固まった状態になって大きなアドバンテージが得られると思うので、頑張ってください！！1d: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":[["$","div",null,{"className":"mb-8","children":["$","$L7",null,{"href":"https://unilink-app.onelink.me/isbO/h6xeh63x?advice=dEBxAXABTqPwDZPukpBG","target":"_blank","children":["$","$L8",null,{"src":"/images/web_to_app_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink WebToAppバナー画像","className":"mb-4 rounded"}]}]}],["$","h1",null,{"className":"text-xl font-semibold mb-2","children":"力学と電磁気学どちらを先に仕上げるか"}],["$","div",null,{"className":"flex justify-between mb-4","children":[["$","div",null,{"className":"text-left text-xs text-caption","children":["クリップ(",2,") コメント(",1,")"]}],["$","div",null,{"className":"text-right text-xs text-caption","children":"2/1 15:49"}]]}],["$","div",null,{"className":"coach-mark 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mb-1","children":"こんにちは。京大の物理は、基本的には力学一問、電磁気一問、後一問が熱力学か波動、という構成だったはずです。（原子が出ることもあるかもしれません）なので、一番大切なのは力学と電磁気かなと思います。ほぼ絶対に出るので。ただ、質問の内容としては、熱力学か光か波かということですので、ひとまず電磁気は置いておきます。個人的には、それらはどれからやっても大差ないかなと思います。どうせ全部習うのは習うでしょうから。それぞれの分野が互いに関連しているかというと、そうでもない気もします。なので、特に拘るところではないと思います。ただ、模試の出題範囲だとか、志望校の過去問だとかをみて、この単元は重要だ！と思うのであれば、それから始めてもいいと思います。\n波は単振動と似たようなところがあるので、もしかしたらとっつきやすいかもしれませんが、それほど深く関連しているかというとそうでもない気がします。河合塾の京大オープン（8月ごろ）では確か熱力学が出題され、11月には波動だったと思います。模試の過去問を見て実際に確かめてみてください。なので、夏の冠模試で点数を狙うなら、熱力学が出題されるでしょうから、それを先に固めておくのも良いかもしれません。\n結論としては、特に順番に拘る必要はないと思います。ただ学校や東進と違う単元を勉強していると、自分が今勉強しているところとテストの出題範囲が違うということが起こりうるので、どうせなら学校か東進に合わせるのが良いかなと思います。\nあとこれは余分かもしれませんが、力学はやはり物理の基本になるところですし、ほぼ絶対どの入試でも出題されるでしょう。ですから、少しずつ復習したり演習したりして、忘れないように力をつけていくといいと思います。勉強頑張ってください！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 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mb-1","children":"東京科学大学（旧東京工業大学）物質理工学院のゆきです！\n\n物理も化学も単元多すぎてどこから手を付ければ良いか迷いますよね～\n\nさて、結論としては、一通り習った範囲を復習してから、終わり次第予習に入ることをおすすめします。\n\nまず物理に関しては、力学で体系的な理解ができていないとその後の電磁気学でそれを引きずるので、先に力学の基礎レベルでいいので一通り復習をおすすめします。\n\n個人的には、物理のエッセンスが基礎的な説明から例題まで載っていて、教科書変わりになるのでかなりおすすめです。ただ問題数が少ないので、一通りやったら別の問題集で演習すると良いと思います。\n\n電磁気学に関しては、完全に初学となると物理のエッセンスでも独学だと分かりづらいかなと思うので（以前塾の個別指導で教えていた生徒は自力では難しく、私の説明込みなら理解できたようでした）、他の初学者向けの参考書（私は使ったことがないのですが漆原等？）を使うか、予備校や学校の先生に聞く等工夫が必要かなと思います。\n\n次に化学に関して、解けないまでもなんとなく解法が思いつくくらいであれば、そもそも理解できていないというより演習量が足りていないだけかなと思います。\n\nですので、お持ちの問題集の理論化学の範囲を基礎問題だけで良いので解いてみると良いと思います。この際、解けずに手が止まってしまっても、止まってから5分くらい経ったら構わず解答を見てしまって構いません。そしてもう少し時期が進んだら同じ問題でも良いので解けるかチェックしてみましょう。演習の初期段階は、質より量と割り切って良いと思います。\n\n参考書の種類に関しても、個人的には割とどれでも良いのではないかなと思います。私の場合は、学校で配布されたセミナー化学と、部活の先輩からお下がりでもらった化学の新演習をひたすら解いてました。\n\n予習に関しては、とりあえず無機化学を先に始めることをおすすめします。無機化学は新しい概念が出てくるというよりほぼほぼ暗記なので、理論化学の復習と並行してで良いのでちょくちょく進めておくと、後々楽だし、独学で詰まることもそんなにないと思います。有機はまた結構別物なので、理論化学の復習と無機化学の予習が一通り終わってからやると良いでしょう。\n\n以上、参考になれば！頑張ってください～"}],["$","div",null,{"className":"flex 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mb-1","children":"こんにちは！僕も同じような境遇でしたので、回答させて頂きます！\n僕の学校も進度が遅く、物理が終わったのが高3の11月、化学は12月、日本史に至っては年末でした。先に結論から言うと、先取りを頭に入れて計画することが必要だと思います。\nもちろん英数の勉強が大事なので、高2までの勉強計画の6割程度は英数に割くことが必要だと思います。しかし、物理も可能な限り時間を見つけてやるといいと思います。物理は力学、波動、熱力学、電磁気、原子がありますが、高３の夏前までに電磁気まで基礎が固められているとベストです。原子は他の分野よりやや重要性が低いので、夏休みや学校に合わせてでも間に合うと思います。\n今から高2までに終わらせるとなると物理に割く時間をかなり増やしかねないので、高３夏前(6月頃)に電磁気までの基礎を完成させる計画で立てるといいと思います。夏前と言ったのは、夏休みに理科の発展的な内容を固めたいからです。ここで理科の実践力が付けられると、浪人生に匹敵することが全然可能になります。\nまた、電磁気は力学と並んで物理では出やすい分野なので、先取りしないといけないといっても、焦ってやるのでは無く、丁寧にじっくりやる方がいいと思います。\n数英に関してですが、数学も夏前までに全範囲の基礎をさらえるようにしましょう。数3は数1,2の内容の復習になる部分も多いので、数1,2をしたいときは数3をやるといいです。特に微積はどの大学も頻出なので固めておくといいです。また英語は高2のうちに英単語と英文法をとにかく完成させる。英語の勉強は家や塾でガッツリやるのももちろんですが、スキマ時間を使って固めていきましょう。英単語と英文法の2つは単調ですが、本当に大事です。高3で長文をやるときにかなり楽になりますよ！\n仮に1日3時間勉強できるとしたら、数学1時間、英語1時間、その他の科目合わせて1時間くらいが高2のうちはベストかなあと思います。あとは英語はスキマ時間などを活用するといいです。勉強配分は自分に合うものを見つけて、継続できるよう頑張ってみてください！応援しています！"}],["$","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":"理系　これからの予定"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"こんにちは。東京工業大学理学院1年のcubeです。\n科目別にやるべきことを書いていきます。参考程度に読んでみてください。\n\n（英語）\n高２のうちは、英単語をたくさん覚えるようにしましょう。それと並行して文法事項の復習をするといいと思います。\n余裕があれば入試問題でなくてもいいので、興味のあることについてのまとまった英文を読んで長文に慣れるといいと思います。\n\n（数学）\nこのまま演習を続けてください。そこそこ（自分にとって）負荷のある問題集がいいと思います。\n\n（化学）\n無機は資料集などを使って色等を覚えるといいと思います。少しでも気になったところがあれば、理論のところを復習しながら進んでください。\n高分子についても同様ですが、有機も復習しながら進む必要が出てくると思います。\nどちらを先に勉強してもいいと思いますが、私は無機から勉強しました。\n\n（物理）\n力学・熱、波動が終わっているのであれば電磁気を進めてください。力学と同様、なぜその公式が成り立つのかを理解しながら、ゆっくりでもいいので進めていくといいと思います。\nまた、電磁気では力学よりも単位の種類が多いので、次元を気にしながらその物理量が何を意味しているのかをよく考えるといいです。\n電磁気が終わったら原子に進みましょう。力学・電磁気ができていれば難なく理解できると思います。\n\n（国語・社会）\n学校の勉強をおろそかにしないでください。もちろん、それ以上に勉強することはいいことです。\n\nどの科目も未履修範囲は夏までに終わっているといいと思います。頑張ってください。"}],["$","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":"物理参考書"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"私もちゃんと物理を勉強し始めたのは高3です(^_^;)まずはセミナーを完璧にしましょう！多分セミナーを解いている時に基本が抜けてることに気付きます。教科書やセミナーの解説を読みながら基本事項は押さえていくといいですよ。\n分野でいくと、まずは力学を仕上げましょう。力学を土台として電磁気が存在します。\nエッセンスは問題集というより参考書として利用する方がいいですね。\n重要問題集はいろんな分野が融合されているものもあるので、セミナーを完璧にしてから解きましょう。というより、重要問題集は高3の4月から夏前までにやり込むのがいいですね。夏に2周目が終わるくらいを目標にするといいです。秋からは過去問を解きつつ、苦手な分野をセミナーや重要問題集で補って行きましょう。\n物理は理解すると面白いように解けるようになります。まだまだこれからですよ。応援しています^^"}],["$","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",[["$","path","0",{"fill":"none","d":"M0 0h24v24H0V0z","children":[]}],["$","path","1",{"d":"M12 6c1.1 0 2 .9 2 2s-.9 2-2 2-2-.9-2-2 .9-2 2-2m0 10c2.7 0 5.8 1.29 6 2H6c.23-.72 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