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1b: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。1c:Teab,こんにちは😃

現代文を解く上で最も大事なことはその文章が何を言いたいのかということを掴むことだと思います。
特に評論文などは筆者の主張が言葉を変えて、何回も登場してきます。だから、キーワードとなる語や繰り返し出てくる語にはチェックを付けて読んでいました。
また、二項対立で論じられている文章では一方の事柄については普通に線を引いて、もう一方の事柄については波線を引いていました。同じように筆者の中でプラスの事とマイナスの事も後から見て分かるように違うマークを付けて区別していました。共通テスト模試は時間制限も厳しく、丁寧な読解はなかなか厳しいですが、練習の中で主張の言い換えを見つけたり、対立軸を意識する事が大事になってくると思います。あと、当然ですが接続詞や文意を変えたりする表現には気をつけて読みましょう！
なので、現代文を解く上で身につける力としては、その文章の言いたいことをできるだけ早く見抜くことです。
なかなか難しいことですが、これに関しては問題演習をして経験値を積むしかないです。実際にペンを持って言葉と言葉をつなげたり、文章にマークや線を引く練習をしていくことが最初の内はベストだと思います。
とにかく、自分の中で筆者の意見や考えが分類できていることが分かり、整理されていれば大丈夫です🙆‍♂️
また、完璧に筆者の言いたいことが分からなくても全然オッケーです。あくまで、問題に正解することがやるべきことで、主張を理解するのはそのための足掛かりですから。

あと、選択肢を消す際に数字や記号のところを消すのではなく、間違っている箇所に印を付けるクセも大切です。一発で答えが出せる設問もありますが、共通テストレベルの問題でもイヤらしい問題が多く、その場合消去法でしか消せない時があり、わずかな違いが大切になってくるからです。
それから、質問者さんがどのような形で現代文を取り組んでるか分かりませんが設問を先に読んで問われることを先に分かっておくことは共通テストの現代文を速く解く秘訣だと思います。選択肢までは見ないですが、共通テスト特有の図表やグラフの問題は先に見ておくと結構すぐに解けることがあります。
最後に、私もいつもできたわけではないですが、自分と文の筆者、そして作問者の3者を問題を解く際に意識してました。なぜこの文章を大学側が出し、ここに傍線部を持ってきているのか、共通テストであれ、個別入試であれ国語という入学試験である以上必ず意味があるはずです。問題を作っている人の意図や大学側の伝えたいメッセージを考えながら俯瞰して読めことができるようになれば現代文に関しては大丈夫です。

現代文の読解は人それぞれなので私の読み方が必ずしも正しいとは限りませんが、是非参考にして下さい！

受けておいた方がいい模試に関しては河合塾の早慶レベル模試や代ゼミの早大入試プレなどです。
やはり冠模試は実際の受験者が多く受けるので、自分の立ち位置を知る上で非常に役に立ちます。

また、質問があればぜひ聞いてください！
1f:T1338,こんにちは

【数学】
網羅系問題集(青茶 or Focus or 1対1)のどれかもってますか？持っていたらそこに載っている例題は最高難易度以外の問題なら9割5分問題見た瞬間解法が言えるレベルまでやりましょう 最低でも二次関数、集合命題、三角比、確率、整数、ベクトル、数列、図形と方程式、三角関数、指数対数、微積分、複素数、極限はできるようにしましょう 
そのためには毎回【なんでこの問題でこの解答をするのか】と【その問題のテーマ】を意識してやればいいです
なんで？の部分は青茶の解答や指針のところに書いてあるんで分からなかったらそこ見れば大丈夫です テーマに関しては問題番号の横に堂々と書いてます(例えば整数問題なら余りで分類、不定方程式など) 「この問題なら余りで分類で一発」くらい言えれば大丈夫です

時間ないと思うんで、どうしても分からない、何度やっても覚えられないところ以外は書かずに問題見て解答見て、理解するで平気です 
これは単純暗記ではないです 「原理を理解し、知識として蓄える」作業です なにも考えずに覚えるのでなく、問題文のこの情報から分かるのはこれだから、そりゃこの解法とるだろ と毎回納得してください

これちゃんとやれば、理科大数学なら満点狙えるレベルの学力はつきます 
一度理解した問題はやらなくていいんで、回数重ねるごとにやる問題は減るんで最後の方は1日で1A2B3を1周できるくらいになるんで大丈夫です

はじめの方はインプット重視、中盤からアウトプットめちゃめちゃ意識してやってください 本当に自分はなにも見ない状態でこの問題の解答書けるのか？と毎度気にしてください 

これが終わり次第完全アウトプット作業に移りましょう  具体的には何かの問題集から5,6問ピックアップして制限時間を入試の時間に合わせて模試形式で演習してください これが今まで試したアウトプットの方法で一番いいです 本気で解くので終わった後の解説理解の時に得られるものがいわゆる普通の問題集解いた時より圧倒的に多いです

【英語】
単語熟語文法音読、毎日やりましょう 他の勉強の合間の休憩でいいです 音読は読むスピードを一気に早めるためにやります

長文はパラグラフ(段落)ごとでテーマを見つけてください 1パラにテーマは一個です 主題説明なのか、例示なのか、対比なのか、理由説明なのか それが分かるだけでその段落の方向は見えるので、分からない文章あってもそんなにダメージ食らわなくなります

複雑な文章が来たら、英文解釈(SVOCMふるやつ)やりましょう 英文解釈すればほとんどの文は5文型のどれかに帰着します そうやって構造を簡略化すればだいぶ見通し良くなります おおかた修飾しまくったり、接続詞で繋いだり、ただの付加情報(メイン情報でない)だけの副詞節などがダラダラ繋がってるだけなんで あとは倒置と省略ですが、これは予備校の授業か参考書を見てください

【化学】
化学は理論、無機、有機にわかれますね
無機→暗記するだけです やってください 問題解きながらやると覚えやすいです

有機→暗記がほとんどです 覚えましょう 化合物の式、構造式、反応の仕方くらいです これは途中から、ある程度覚えてから、問題解きながらやるといいでしょう

理論→暗記と思考訓練です 暗記系は覚えましょう 思考訓練は主に平衡反、反応熱、気圧、電池ですかね 予備校のテキストでも、めちゃめちゃ簡単な参考書(本当に初学ならばシグマベストの理解しやすい化学くらいでいいです)で理解しましょう 

時間ないと思うんで、数学メインがいいと思います 
ちゃんとこなせれば志望大学に合格する可能性は普通にあるしやらなければきついでしょう

過去問は最悪年越えてからでも間に合います ほとんどわかってないうちから過去問を解いてもプラスになることはないでしょう どんな問題か見るだけならいいと思いますが なんで、とりあえず過去問のことは考えなくて大丈夫です

という感じです 内容、方針についてもし質問があれば答えます
残りの受験勉強頑張ってください🙏合格を祈っています2:["$","main",null,{"className":"px-4 pt-4 pb-4","children":["$","div",null,{"className":"max-w-3xl mx-auto w-full","children":[["$","div",null,{"className":"mb-8","children":["$","$L7",null,{"href":"https://unilink-app.onelink.me/isbO/h6xeh63x?advice=llVunVbXQgg0aqkn91NS","target":"_blank","children":["$","$L8",null,{"src":"/images/web_to_app_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink WebToAppバナー画像","className":"mb-4 rounded"}]}]}],["$","h1",null,{"className":"text-xl font-semibold mb-2","children":"物理の定性的理解"}],["$","div",null,{"className":"flex justify-between mb-4","children":[["$","div",null,{"className":"text-left text-xs text-caption","children":["クリップ(",7,") コメント(",6,")"]}],["$","div",null,{"className":"text-right text-xs text-caption","children":"7/16 15:33"}]]}],["$","div",null,{"className":"coach-mark 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3のイメージが、自分の感覚と合っているのか考える\n\nこんな感じだと思います！\nあくまでも自分の感覚は最後の確かめ、というふうにしておくと、難しい問題に出会った時の練習になるかなと思います。\n\n\n物理の解き方は人それぞれですが、参考になれば幸いです😀"]}]]}],["$","div",null,{"children":["$","$L7",null,{"href":"https://ck.jp.ap.valuecommerce.com/servlet/referral?sid=3364577&pid=884970531&vc_url=http%3A%2F%2Fshingakunet.com%2F%3Fvos%3Dnrmnvccp0000100","rel":"nofollow","target":"_blank","children":["$","$L8",null,{"src":"/images/document_request_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink パンフレットバナー画像","className":"mt-4 rounded"}]}]}],["$","div",null,{"className":"pt-4","children":["$","$L16",null,{"id":"adsbygoogle-init-under-advice"}]}]]}],["$","div",null,{"className":"flex justify-between","children":[["$","h1",null,{"className":"text-xl 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py-4","children":[["$","div",null,{"className":"mr-2","children":["$","$L18",null,{"avatarUrl":"https://firebasestorage.googleapis.com/v0/b/unilink-48e75.appspot.com/o/images%2Fs_ucB1fHz97eQwRbv7JA2AFIBwmeH2.jpg?alt=media&token=b8c74328-205c-4c90-9715-26a4d95b4073","contributorName":"さかさか","adviceId":"llVunVbXQgg0aqkn91NS"}]}],["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"flex justify-between","children":[["$","div",null,{"className":"mb-2","children":["$","$L19",null,{"contributorName":"さかさか","adviceId":"llVunVbXQgg0aqkn91NS"}]}],["$","div",null,{"className":"text-xs text-caption","children":"7/17 16:47"}]]}],["$","div",null,{"className":"text-xs whitespace-pre-wrap","children":"いえいえ！頑張ってください☺️"}]]}]]}],["$","div",null,{"className":"flex py-4","children":[["$","div",null,{"className":"mr-2","children":["$","$L18",null,{"avatarUrl":null,"contributorName":"おだんご","adviceId":"llVunVbXQgg0aqkn91NS"}]}],["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"flex justify-between","children":[["$","div",null,{"className":"mb-2","children":["$","$L19",null,{"contributorName":"おだんご","adviceId":"llVunVbXQgg0aqkn91NS"}]}],["$","div",null,{"className":"text-xs text-caption","children":"7/18 10:34"}]]}],["$","div",null,{"className":"text-xs whitespace-pre-wrap","children":"さかさかさんごめんなさい。もう一つ質問させて下さい🙇‍♀️STEP2の運動を式で求めるというのは鉛直方向、水平方向で式を立てたあとに連立して極力変数を減らすということですか？"}]]}]]}],["$","div",null,{"className":"flex py-4","children":[["$","div",null,{"className":"mr-2","children":["$","$L18",null,{"avatarUrl":"https://firebasestorage.googleapis.com/v0/b/unilink-48e75.appspot.com/o/images%2Fs_ucB1fHz97eQwRbv7JA2AFIBwmeH2.jpg?alt=media&token=b8c74328-205c-4c90-9715-26a4d95b4073","contributorName":"さかさか","adviceId":"llVunVbXQgg0aqkn91NS"}]}],["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"flex justify-between","children":[["$","div",null,{"className":"mb-2","children":["$","$L19",null,{"contributorName":"さかさか","adviceId":"llVunVbXQgg0aqkn91NS"}]}],["$","div",null,{"className":"text-xs text-caption","children":"7/18 11:42"}]]}],["$","div",null,{"className":"text-xs whitespace-pre-wrap","children":"それは問題にもよりますが、要は速さや加速度などを求めたりすることです。"}]]}]]}],["$","div",null,{"className":"flex py-4","children":[["$","div",null,{"className":"mr-2","children":["$","$L18",null,{"avatarUrl":null,"contributorName":"おだんご","adviceId":"llVunVbXQgg0aqkn91NS"}]}],["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"flex justify-between","children":[["$","div",null,{"className":"mb-2","children":["$","$L19",null,{"contributorName":"おだんご","adviceId":"llVunVbXQgg0aqkn91NS"}]}],["$","div",null,{"className":"text-xs text-caption","children":"7/18 11:53"}]]}],["$","div",null,{"className":"text-xs whitespace-pre-wrap","children":"運動を決める(？)速度や加速度に注目するということですね。教わったことを意識してやってみます！返信ありがとうございました🙂"}]]}]]}],["$","div",null,{"className":"flex 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mb-1","children":"　物理についてお話ししますね。\n　気持ちはわかります。物理とかってなんか文字多いし、「難しい、わけわかんない」みたいなイメージありますよね。わけわかんないって思いながら勉強したって全然頭に入ってこないものです。でも実はそれって物理をぼんやりとした像として見ているからそう感じるのであって、わかってしまえば物理はただのパターンゲーに過ぎないんです。少し物理の像を詳しくのぞいてみましょう。\n　物理の単元は、大まかに　力学、電磁気、波動、熱力学、原子　と分類されます。例えば力学に関して言えば、ほとんどの力学の問題は大まかに\n運動方程式を立てる→必要なら3種の保存則(力学的エネルギー、運動量、面積速度)で使えるものを使う→必要なら反発係数の定義式とかを使う\nで解決します。円運動も、単振動も、二体運動ももれなくそうです。非慣性系とか重心系とかおまけは色々ありますけど、結局流れは全部同じなんです。普段解いてる問題の解き方を少し俯瞰的にみてみてください。見た目ほど大したことやってないんですよあれ。\n　さらに言えば、力学で覚えるべき公式はたったの20個程度です(ただし暗記する必要のないものは除外しています)。20個程度ちゃちゃっと覚えちゃえば力学なんてあとパターン慣れちゃえば得点源です。ほぼ同様のことが電磁気、熱力学にも言えます。波動と原子はほとんどただの暗記です。これらの計算はめんどいだけで脳死でやってても答えは出ます。\n　こんな感じで、実は物理って\n\n　どうでしょう、少しは苦手意識がなくなりましたか。物理の苦手を克服するには、物理への苦手意識をまずなくすことが大事です。難しい、わかんない、と思ったままやけくそに勉強するのではなくて、ゆっくりと分析してみましょう。解説を見るときに、これはなにをやってるのかな、というのを噛み砕いてみてみましょう。一度わかってしまえばあとは実践あるのみです。"}],["$","div",null,{"className":"flex mb-1","children":[["$","svg",null,{"stroke":"currentColor","fill":"currentColor","strokeWidth":"0","viewBox":"0 0 24 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mb-1","children":"問題となっている現象を鮮明にイメージできていますでしょうか？物理と数学の一番の違いは「問題の対象が現実世界における具体的イメージを持つかどうか」です。問題を見て、使う公式を選んで、式をいじって答えを出すだけだと、どうしても本質部分が理解できず応用問題には手が出せなくなってきます。\n例えば「2つの質量が同じ物体が弾性衝突する問題」はどう考えますか？多分「運動量保存」と「弾性係数の式」を連立して解くと思います。ただこれは鮮明なイメージが持てると「衝突前後で速度が交換される」ということが計算せずともわかってきます。このようにただ数式を無我夢中にいじるだけではなく、数式を使わずともわかるようなことは物理では多くあります。そのようなイメージが持てれば、実際に計算してみた結果がイメージと大きく異なる場合、計算ミスを自分で発見できる可能性があったり、計算が面倒くさい問題(例えば大まかな粒子の軌道を示す図を選べといった問題)を計算することなく正解を選べたりします。したがってただ数式にこだわるのではなく、今考えている問題ではどのような現象が起きているのかじっくり考えつつ演習してみてください。焦らずやっていくことが重要です。\n一方で、数式をおろそかにして良いというわけではありません。特に公式は暗記するだけでなく、導出過程も理解しましょう。導出過程には物理現象として重要なポイントがたくさん詰まっています。ここを理解することで、先述した鮮明なイメージを描きやすくなります。\n例えば、波動分野での反射の法則の導出過程はご存知でしょうか？ホイヘンスの原理というものから導出します。過去の大学入試では、このホイヘンスの原理からの導出を題材にしたものも出題されています。\nとにもかくにも焦らず基本をじっくり固めていくことが重要でしょう。\n参考書ですが河合塾の「物理のエッセンス」などはいかがでしょうか？自分が使っていたのはもう何年も前なので詳細は覚えていませんが、かなり公式の説明が詳しく載っており、物理の正しいイメージが掴みやすかった記憶があります。ただ記憶違いかもしれませんし、参考書は人によって好みがはっきりと分かれるため、ぜひ本屋で実際に手に取って確認してください。\n稚拙な長文、失礼いたしました。"}],["$","div",null,{"className":"flex 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items-center py-4","children":[["$","div",null,{"className":"flex-1 mr-3","children":[["$","div",null,{"className":"mb-1","children":"物理の問題が解けない"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"こんばんは！！僕もそれめちゃくちゃおもいます！！\n　共通テストの物理って、こんなん誰がわかんねん！教科書のどこに載っとんねん！みたいな意味不明な問題がちらほらありますよね。しかも一問5点というヘビーな配点で、絶望した記憶があります。（僕の記憶の中では、虹彩の問題が1番意味不明でした。）\n\n　そのくせ、受験生を舐めているようなめちゃくちゃ簡単な問題もあります。あまりテストに文句を言うのはよくないのかもしれませんが、物理の共通テストに関しては少し、改善してもらいたいなと個人的には思っております。\n\n　ですから、そこまで心配する必要はありません。僕は現在東北大学に通っていますが、現役時、東北大学レベルの物理の二次試験は完璧に抑えていましたが、それでも共通テストの物理で、一歳わからず運に頼った問題がありました。\n\n　引き続き、持っている問題集を使って物理の対策を行っていただいて大丈夫だとおもいます。二次の学力がついていれば、意味不明な問題を除いて）基本的に共通テストも取れるようになりますからね。\n\n　僕は、現役時代教科書に載っていないような謎の問題は半分諦めていましたが、模試や予想問題で一度巡り会った問題に関しては、必ず復習をして覚えるようにしていました。「この問題見たことあるのに忘れちゃった」というのが、受験において1番やってはいけないことですからね。\n\n　予想問題や模試をといて、謎の問題に巡り会った時は、もう一度全く同じ問題が出たら解けるように復習して、本番に初見の謎問題が出たら諦めて運ゲーするというのが1番効率の良い勉強だとおもいます。難しい問題は受験生だれしも答えられないので心配する必要はないです。理系の場合、差がつくのは二次試験（特に数学と物理）ですので、引き続き二次試験用に物理の演習をされると良いとおもいます。\n\n　では引き続き受験勉強頑張ってくたさい！応援しております。\n　"}],["$","div",null,{"className":"flex mb-1","children":[["$","svg",null,{"stroke":"currentColor","fill":"currentColor","strokeWidth":"0","viewBox":"0 0 24 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items-center py-4","children":[["$","div",null,{"className":"flex-1 mr-3","children":[["$","div",null,{"className":"mb-1","children":"初見で解けるようになるには"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 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