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今回は良問の風を紹介しましたが、学校などで配布されるワーク(セミナー物理)などでも代用は可能です！ 次に「良問の風」等の参考書の接続としてオススメの参考書をお伝えします ・名門の森 ・重要問題集 次の参考書をやる目的としては、二次試験の問題に対応できる力の養成です 今回は私が現役時代に用いていた「重要問題集」について説明します！ 難易度としては、難問が多く揃っていて、物理が得意ではなかった私も、初めはかなり苦戦しました... 問題の中身については、難易度がA,Bに分けられています。まずはAをすべて先に解いて、次にBを解くというのをオススメします。 「A問題は意外と躓かないで解けるな...?」という人は、早速B問題から解き進めてみても良いかもしれませんね♪ ただ、こちらの問題集についても良問が多く揃っています。 A問題もB問題もきっとあなたの力となることは間違いないので、全てを解いてみることに損はないでしょう！ 重要問題集の注意点としては、本当に難しいので全てを解くのにかなりの時間がかかります。 何問か解いて、一問を解くのに自分がどれくらいの時間がかかるのか調べてみて、計画を立てることも大切ですので頭の片隅に入れておいてくださいね！ ここで受験生として疑問に感じるのは、 「いつまでにどれくらい終わらせておけば良いの？」 「二次試験の問題なんか今見てもさっぱりなんだけど、本当に解けるようになるのかな？」 ということだと思います。 結論、時間と量をこなしていけば、着実に解けるようにはなりますから安心してください！ ここで一つ、進度の例を挙げておきます 参考程度にご覧くださいね♪ 3年 夏休み中旬　　　良問の風完了 10月初旬　　重要問題集完了 ↓ ↓ 過去問演習、参考書を用いて間違った分野の復習 ↓ 12月　共テ対策 (授業進度によっては「まだ解けないよ！」ってところもありますが、自分は一旦そこは飛ばしていました。 受験までに間に合いそうにないよ！って人や独学でできる人はそれでもいいと思います！) 以上が参考書ルートの説明になります 少しでもみなさんのお力になれれば幸いです！ 頑張る皆は本当にかっこいいですよ！ 全受験生頑張れ💪1e:Tdcc,こんにちは〜 　物理は一度コツを掴むと急に伸びる科目だと思ってます！ 　基本的な問題から科学大レベルの問題まであり、問題数が科学の重要問題集並みの参考書をお探しですね？ 　結論から言いますと物理の重要問題集はこの条件にぴったり当てはまると思われます。しかし、個人的に物理の重要問題集は化学の重要問題集とは違い、解説が少々雑で問題のノウハウをしっかり身につけ、初見の問題に応用することは難しいと思ってます。 　そこで、私も初めは物理でなかなか点数が取れなかったのですが、途中から物理は稼ぎ科目にすることができました。その時の参考書ルートから紹介してみようと思います。 私の物理の参考書ルートは以下の通りでした。 リードα→名問の森→過去問→(物重) 　どれも基本的な問題から科学大レベルの問題まであり、問題数が科学の重要問題集並みの参考書ではなくなってしまいますが、リードαから順番に紹介していこうと思います。 　まずリードαですが、これは基本的な問題を取り扱っている参考書です。この参考書のレベルは夏までの河合塾の全統記述より少し簡単くらいの難易度だと思います。公式を知っていれば公式を一個代入すれば答えに辿り着くような問題も多いので、載ってる問題数自体はそこそこ多いですが、問題にレベルが書いているので自分のレベルに合わせて自分がやる問題のレベルを決めてしまえば、問題数を少なくすることができます。この参考書は基本レベルですのであまり時間を割いてやりたくはないです。 　次に名問の森ですが、この参考書はリードαと比べてレベルは格段に上がります。この参考書のレベルは河合塾の全統記述レベル〜駿台模試の前半部分だと思います。この参考書をやり込めば河合塾の全統記述で8割以上は固いでしょう。この参考書は力学、波動、熱からなる約80問の上巻と、電磁気、原子からなる約80問の下巻で構成されてます。初見なら1問にかかる時間は15〜30分くらいでしょうか。自分は初見で解けた問題にチェックをいれ、その問題は2周目以降は後回しにし、それ以外の問題を2周、よく見る典型問題はさらに回数を重ね、苦手な問題は4周、5周しました。この参考書は過去問と並列しながらやってましたので、1周解き終わったくらいで過去問にも手を出しました。 　そして過去問についてですが、個人的に近年の科学大の問題はあんまり参考書でやった問題がわかりやすくでている印象はないです。初めは全然取れないと思います。そこで名問の森と並行して科学大、京大、東北大の問題を解いてました。難易度としては東北大<科学大<=京大だと思います。 　さらに自分はもうちょっと基本に戻った問題がやりたいと感じた時に物理の重要問題集を単元を絞ってやってました。 　以上が自分が通ってきた参考書ルートです。少しでも参考にして参考書ルートを決めてもらえれば幸いです。1f:T138c,こんにちは 最終的に新物理入門まで読んでいたので、新物理入門へ接続するまでのルートを書こうと思います。理論物理の道標のほうは、新物理入門よりも難しそうな印象がありますが、大まかにはレベルは同じくらいかと思うので、どちらの本に接続するにしても、この回答を参考にしていただければと思います。4ステップに分けます。 ✅物理の基礎力をつける 物理は基礎を固めないと、そのあとにいくら努力しても砂上の楼閣になります。ここでいう基礎とは、教科書がない状態でも、一つ一つの単元についての解説記事をまっさらな紙に書けるくらいの地力のことを指しています。これができるようになれば、模試で偏差値60を下回ることはまずなくなると思います。前置きが長くなりましたが、以下でおすすめの参考書を説明します。 ・教科書、スタサプ 教科書は見にくかったり書き込みにくかったりすることもありますが、その分良い点もあります。それは、教科書にある事実を学んでおけば、確実に学び漏らしがないということです。また、結構イラストも豊富なので、意外と良い参考書になりえます。スタサプは、教科書がわかりづらい時などに傍用するのがおすすめです。 ・物理のエッセンス 教科書と同じくらいレベルの市販の本です。問題が結構ついているので、読んで学んでみたことを実際にどうやって使うのかがわかりやすいです。私は教科書が合わなかったので、これを使っていました。 ・折戸の独習物理 マイナーですが、かなりわかりやすいです。学校の先生が書いているので、授業を受けている気分でどんどん進められます。物理のエッセンスで端的過ぎた部分の捕捉に読む感じで使っていました。大きめの書店や通販じゃないと手に入れられないのが難点かも？ ✅応用的な問題集に取り組んで、実力をつける このステップまでくれば、旧帝の物理で合格点をとることはできると思います。もっといえば、東大や東工大などの物理が難しいところを受けないのであれば、下記の2ステップはオーバーワークになります。 ・重要問題集 学校などで配布されることも多いです。A問題とB問題があって、B問題は入試レベルに片足突っ込んだような少し難しめの問題集です。私はあまり合わず、下の「名問の森」を代用していました。 ・名問の森 難しい問題が載っていますが、解説が丁寧なので結構サクサク進められておすすめです。この問題集に載っている問題が解けるようになったら、旧帝の物理は合格点とれると思います。微積物理を使わない場合は、この次に過去問をやるくらいで大丈夫です。 ✅微積物理に触れる 当然ですが、微積物理は微積を使うので、まず数3までは履修していることが前提になります。また、結構初めから学ぶにはヘビーな内容なので、5月か6月くらいまでには終わらせておきたい感じです。微積物理をどうしてもやりたい感じであれば、一番上の段階が終わったら、真ん中のレベルを飛ばしてこのステップに移ってもいいかもしれません。 ・微積で解いて得する物理 めちゃめちゃおすすめです。三日あれば読めると思いますが、それだけで微積物理がそもそもどういうものなのか、微積を用いる意図や実際にどうやって用いるかがわかります。新物理入門は難しいので、まずこの本でワンクッション挟むのが良いかなと思います。 ・新物理入門（＋問題演習） ここがゴールです。難しいので、一読するだけでも1か月くらいかかると思います。個人的には、全部は読み切れなくても、力学と電磁気だけは読んでおいた方がいいかなという印象でした。大学に入ってから使う人もいるみたいなので、買っておいて損はないはずです。 ✅微積物理で問題を解けるようになる あとは、実際に上記で学んだ方法を用いて問題を解けるようになるだけです。私が使っていた難しめの問題集を名前だけ挙げます。 ・標準問題精講 ・難問題の系統とその解き方 ・東大物理25か年 以上が導入から初めて微積物理まで行けるルートの参考例です。難しいけど、微積を通していろいろなことが繋がるのは面白くおすすめです！頑張ってください🔥20:Tb9e,こんにちは！ 僕も結構物理が苦手だったのですが、他の科目と比べてコツさえ掴めば短時間で成績を伸ばすことができる科目ですので、まずは安心してください！ 0. はじめに 　物理は、実在するけど、目には見えないものをなんとか理解しようと頑張る学問です。そのために図を使ったイメージ化が有効ですから、高校物理では図がいっぱい出てきます。紙の教材だと図の説明が分かりにくい事が多く、読むのも面倒なので、映像授業が有効なんじゃないかなと思います！ 1. まず無料の映像授業を見てみるのがオススメ！ 　最近はYouTubeの無料動画でも、基礎レベルであればかなり網羅されていて、質も高いものが見られるので、まずそういったものをオススメします！ もし合わなくてもタダなんで笑。 以下に僕自身見たことがあって、網羅的で分かりやすかった無料動画シリーズです！ 【ただよび・飯泉先生】まとめ動画 → 超基礎からの「物理の流れ」や「全体のイメージ」がつかめます。説明がとてもわかりやすく、先生も可愛いです笑 https://youtube.com/playlist?list=PLtdcmqO4ps6UlhXAyOdGIKI_g1UCJZVgU&feature=shared 【Try IT】物理基礎 講義まとめ → 教科書レベルをしっかり押さえた丁寧な解説。板書も見やすく、復習にも最適。 https://youtube.com/playlist?list=PLxWurjnIfkPAPj6kML8AARw1Er42D64gS&feature=shared 2. 紙の教材のオススメ 　 　映像微妙だった場合のオススメを書いておきます。 ・『宇宙一わかりやすい高校物理』（学研） ・『橋元の物理をはじめからていねいに』（東進ブックス） これらは、イラストや比喩が多く、つまずきポイントを丁寧にフォローしてくれる構成です。 ちなみにわくわく物理探検隊について、僕は今まで知らなかったので調べてみました。東進の重鎮の先生が書かれてるみたいで良い教材には違いなさそうですが、初学だと合わない人も居るだろうなという印象でした。ひと通り基本の物理法則→公式の暗記となんとなくの理解ができたら、また読んでみられるのが良いかと思います。 3. とにかく「戻ってOK」、焦らずステップアップ 今の段階では、「分かったつもり」で先に進むよりも、“分かった！”の実感を重ねることが重要です。 理解が浅いと感じたら、迷わず動画や簡単な教材に戻るようにしましょう。 数学で苦手を克服された貴重な経験をお持ちな上に、他の科目は偏差値60弱もあるとのことですから、今からでも十分に挽回可能だと思います！ 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":[["$","div",null,{"className":"mb-8","children":["$","$L7",null,{"href":"https://unilink-app.onelink.me/isbO/h6xeh63x?advice=wOx8rAfWrdrRqKGVqdDn","target":"_blank","children":["$","$L8",null,{"src":"/images/web_to_app_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink WebToAppバナー画像","className":"mb-4 rounded"}]}]}],["$","h1",null,{"className":"text-xl font-semibold mb-2","children":"物理0から参考書ルート"}],["$","div",null,{"className":"flex justify-between mb-4","children":[["$","div",null,{"className":"text-left text-xs text-caption","children":["クリップ(",0,") コメント(",2,")"]}],["$","div",null,{"className":"text-right text-xs text-caption","children":"5/12 9:53"}]]}],["$","div",null,{"className":"coach-mark mb-4","children":"UniLink利用者の80%以上は、難関大学を志望する受験生です。これまでのデータから、偏差値の高いユーザーほど毎日UniLinkアプリを起動することが分かっています。"}],["$","div",null,{"className":"mb-4","children":["$","$L13",null,{"clientImageUrl":null,"clientUserName":"ミミズ","infoString":"高3 埼玉県 芝浦工業大学工学部(54)志望","adviceId":"wOx8rAfWrdrRqKGVqdDn"}]}],["$","div",null,{"className":"mb-8","children":[["$","div",null,{"className":"leading-loose whitespace-pre-wrap","children":[["$","div","consultation-part-0",{"children":[null,"現在高三で理系です。\n志望大学は東京理科大学で未だに数学と英語のみしか勉強していないので、物理の勉強をそろそろ始めようと思っています。何からやれば良いかあまり分かっていないのでオススメの参考書ルートを教えて頂きたいです。高二の時、学校の授業で物理基礎をやり現在物理を学校で習っていますが、正直物理基礎の範囲すら全く覚えてないです。なのでなるべく初学者向けの物理の参考書から教えていただきたいです。お願いします！"]}]]}],["$","div",null,{"className":"pt-4","children":["$","$L14",null,{}]}],null]}],["$","h1",null,{"className":"text-xl font-semibold 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13:10"}]]}],["$","div",null,{"className":"text-xs whitespace-pre-wrap","children":"回答ありがとうございます！\n最初の段階で解説書と問題集があると思うのですが、単元ごとに解説書を見て問題集をとくか、一通り解説書を読んで全体を理解してから問題集に手をつけるべきですか？"}]]}]]}],["$","div",null,{"className":"flex py-4","children":[["$","div",null,{"className":"mr-2","children":["$","$L1b",null,{"avatarUrl":"https://firebasestorage.googleapis.com/v0/b/unilink-48e75.appspot.com/o/images%2Fs_RsSUGynYi5NMLysJcBjVk6uClS73.jpg?alt=media&token=a54058e8-5e6a-41cc-8847-137496a39c3a","contributorName":"nano_ges","adviceId":"wOx8rAfWrdrRqKGVqdDn"}]}],["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"flex justify-between","children":[["$","div",null,{"className":"mb-2","children":["$","$L1c",null,{"contributorName":"nano_ges","adviceId":"wOx8rAfWrdrRqKGVqdDn"}]}],["$","div",null,{"className":"text-xs text-caption","children":"5/12 13:25"}]]}],["$","div",null,{"className":"text-xs whitespace-pre-wrap","children":"全ての範囲を解説書を読んでから問題を解くと、どんな内容だったか忘れてしまいがちです(私は100%出来ません💦)\nですので、単元毎に区切って軽く演習(紹介した1冊目などですね！)をすることをお勧めします！"}]]}]]}]]}]}],["$","h1",null,{"className":"text-xl font-semibold","children":"よく一緒に読まれている人気の回答"}],["$","div",null,{"className":"mb-8","children":["$","div",null,{"className":"divide-y","children":[["$","div",null,{"children":["$","$L7",null,{"href":"/advice/VONYiFrQbJCA8QVYQ2V8","children":["$","div",null,{"className":"flex items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"物理0から参考書ルート"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"こんにちは！\n東北大学、に理系で受験した者です！\n物理難しいよね😓\nその気持ちすごくわかるよ！\nでも大丈夫、僕的には物理が1番伸びやすい！\n簡単っていう意味じゃないよ笑\nでも、ここで焦って物理の公式を単純暗記にだけは走らないでほしい。\n物理は本当に単純暗記じゃない。ほとんどの公式にはそうなる理由がある。中には高校範囲では説明できなくて暗記のものも少しはあるけどほとんどは考えて覚えられる！\n東京理科大はもちろん難しいけど意外と基本ができれば解ける問題も多いから安心してほしい。\nそこを踏まえた上で物理のおすすめの参考書はまず、二種類！\n①物理のエッセンス\nこれは二種類あるから両方だね！\nこの参考書は問題というよりは理解の参考書。\nだから、まずはこれを読んで内容理解に力を入れよう！\n焦って、飛ばして覚えてないよりもしっかりと理解しながらすすんでほしい！\n②良問の風\nこれは基本問題系の問題集だね。そこまで難問は入ってないけどしっかりとある程度の問題量で僕の友達にも使ってる人いた！\n\nまずはエッセンスである程度理解。\nそしたらどんどん問題を解こう！\n物理は問題解いて慣れが大事！解いてわかんなかったらまたエッセンスで該当場所を理解しよう！それを繰り返してエッセンスの問題を理解できればだいぶいい感じに進んでいけると思うよ！\nまた何かわかんないことがあったら物理に限らずどんどん質問してね！！\n周りに惑わされず、自分を信じていけばきっと結果はついてくるよ。大丈夫。\n君の合格を祈ってる。"}],["$","div",null,{"className":"flex mb-1","children":[["$","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":[]}],["$","path","1",{"d":"M12 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mb-1","children":"こんにちは〜\n\n物理って確かに難しいですよねー。\n\n自分も、物理の参考書を選んだり習得するのにかなり時間がかかりました。自分の中でも、理系科目の中で最も点数が伸びにくい科目だと思います。\n\n参考書選択の前に、物理を習得する自分なりのポイントを書こうと思います。\nまず、最も伝えたい事なのですが、\n物理は、公式暗記をしてはいけません。\nまた、問題をがむしゃらに解くだけでは実力には結びつきません。\n\n重要なのは、問題を解くときの姿勢です！\n解けない問題に出会ったとき、問題の解き方を確認して終わるのではなく、どのような思考をすればその回答に辿り着けたのか、ノーヒントでいかにその解法に辿り着くかを、問題を解くごとに確認し、色々な問題に通用するメソッドを確立するのが大事なのです。\n\nというわけで、以上を踏まえておすすめの参考書をえらんでみますー\n\n\n基本的な問題と実験的な問題を兼ね備える参考書、ということですが、自分のおすすめは、\n東進の物理一問一答です！\nこれを聞いて物理で一問一答？となる人も多いかと思います。\n\nまず、中身ですが、基本的な内容のおさらいのあと、基礎問題から発展問題が掲載されており、計算過程の一部が赤シートで消えるようになっています。\n\n、、ですが、その方式で勉強するのはあまり効率的でなく、おすすめは、\n問題以外の部分を隠して、問題を解き、答えと解説を確認する、という方式です。\n\nかなり良問が揃ってる上に、冊子がコンパクトで解いた問題の見直しがしやすいのもポイントです。チャート式のように、問題の横に解説が載っていて、見直しも効率的にできます。\n\n\n\n以上が質問の答えにはなりますが、物理を習得するには、わかりやすい講義系の参考書の併用が極めて重要です。\n\n自分のおすすめは、「漆原の、、、が面白いほどわかる本」と、実力がついてきた頃には、「漆原の物理解法研究」を進めることです。\n自分はこれらのおかげで物理が好きになり、物理学をやりたくなりました。\n自分が理学院に入ったルーツとも言えます！\n\n物理は、最初は難しいですが、慣れればかなり点数も安定し、かなり面白い教科です。\n\n以上が、僕からのアドバイスです。\n\n物理をいっぱい勉強して、物理を楽しみましょう！\n\nでは！"}],["$","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":"物理弱者の高3は何から始めればいいですか？"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"勉強お疲れ様です！\n僕も物理が超苦手でした💦\nちなみに10月の共通テスト模試で20点しか取れないほどです(笑)\n\n僕が1番初めに手をつけたのは「物理のエッセンス」です。僕も友人に勧められて疑心暗鬼ながら始めてみると、問題を解く時の考え方や、条件によってどのように解法が変わってくるのかというのが掴みやすくなってきました。\n\nただ、いろいろな参考書に手を出してしまうことはあまりお勧めしません！僕は「物理のエッセンス」と「重要問題集」のみの参考書で最後までやり遂げました。まずは初歩的な参考書をなんでもいいので3周しましょう。\n\n1周目　解説を読んで半分くらい考え方を理解する\n2周目　例題などを解いて、間違ったら何が違ったのか解説に立ち返って自分なりに間違った原因を解釈する。その解釈が正しいかどうか先生や友人に確認する。\n3周目　応用問題を解いて、完成に近づける。\n\nこのような流れで毎日物理に触れていると、問題に出会った時にその解き方が「もしかしたらあれと一緒かも？」となる時がきます！\n\n苦手から逃げないのはとても素晴らしいことです！まだまだ入試までは時間があるし、成長を感じながらこれからも頑張っていきましょう！\n\nタタタさんの受験が成功することを心から祈っています！頑張ってください！"}],["$","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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