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1c:Td74,慶應義塾大学理工学部の3年生です。
受験は物理だけを頼りに戦っていました。

　まず覚えた公式が自分の直感と照らし合わせて納得のいくものかどうかを考えてみてください。もしそうでなければその公式の正体が見えてくるまで考えまくってください。
　具体的には、公式をより簡単な自分の知ってる公式で表せられないかを考えてみてください。さらにこれにはどんなに時間をかけてもいいです。むしろここに物理の勉強時間の多くを割いて物理の世界観に入り込むことが大事です。

　今まで覚えてきた多くの公式が簡単な式の組み合わせであること、形を変えただけであることに気づいたらこっちのものです。だんだんと｢この公式はこれとこれですぐ導けるから覚えなくていいや｣となってきます。さらに、そうやって時間をかけて何回も考えているうちに、自分で公式を導く必要すらなくなります。それは今までは公式という小手先の対処法を与えられていただけだったのが、物理の根本を知ってしまうことでその対処法を当然のように考える力が付くからです。
　例えるならば、医療の現場で、｢この症状の時はこの治療法｣というように全ての症状に対して個別の道具と方法を覚え込んだ人は、いざ患者を前にした時に、｢どの道具でどのようにすればいんだっけ｣というように悩んでしまいます。さらに少しでも違った症状を見た時に対処できません。それに対して長年人の体について研究して熟知している人はどんな症状を見てもその根本の原因が分かるため、当然対処法もその場で考えることができます。
　自分も最初はこんないろんな公式覚えられるわけない、ましてやそれらを状況ごとに使い分けるのは無理だと思ってました。ただこれをやっているうちに最終的には、力学で言うと物体が動いているかそうでないかで、運動方程式を使うか力の釣り合いを使うかの2択を考えるだけでほとんどの問題を解けるようになりました。今までは一本の木にたくさんついている葉っぱからどれを使うか決めていたのが、それをつけている枝を選ぶようになり、最終的には2本の太い幹だけを見れば良くなるようなイメージです。

　自分は問題集を解こうとして解けなくて解説を聞いてよく分からず次の問題にいくという勉強にうんざりして、紙とペンだけでこのようなことばかりしていました。さらにある公式について腑に落ちたなと思ったら、それを使って身の回りの現象を例にして、具体的な重さや長さなどの数値を与えて考えてみたりしてました。

　下手な文章でごめんなさい。とにかく物理を小手先で解くのではなく、物理そのものを自分のものにするつもりで長い時間だらだらと物理について考えてみてください。どこかで新たな発見があって、考え方がガラリと変わることがあると思います。頑張ってください。1d:Tbd9,こんにちは。
北大を目指しているとの事で、嬉しくおもいます。

私は物理重点で受験していました。
北大の物理は基礎が理解できているかが問われます。故に簡単だと言う人も多いのですが、式変形や符号の正負を間違えるとそれ以降の点数を全て落とす事もあるので、個人的には怖かったです。苦手なうちは基礎問題を解くのは間違えていないと思います！
ただし、どの様な知識が必要か把握するために、北大物理の過去問を幾つか解いておくのも大切ですね。
まずは解けるかどうかより、解説を読んで傾向を掴むことを重視すると良いと思います。

しかし、単元ごとにまとまっていれば解ける、と言うことは解き方や公式は「覚えている」のだと思います。物理は「覚えている」だけでなく「理解する」ことも大事だと思います。
バネでも投射でも、初期の状態と現在の状態を比べて減っている分の位置エネルギーが運動エネルギーなどに変わっているはずです。そうでなければ途中で何らかの力が加えられています。このように、物理には問題が変わっても共通する決まり事があります。
また、力に逆らって物を動かす「仕事」の問題では、荷物持ち上げる問題も、電場に逆らって電子を動かす問題も、根底の考え方は同じです。
地球の公転運動も、電子が原子核の周りを回る式も、形が似ていたりしますよね。

公式を覚えるのは勿論とても大切なのですが、個人的には感覚的に理解できないと辛いかなと思います。
問題文を読んだ時、その系にどの様な力がどの方向に存在していて、何を動かすのか、想像してみてください。心持ち大きめに図を描いて、力を矢印でどんどんメモしてください。
振り子の問題が出たらブランコに乗った時のことを思い出してみるように、かかる力を感覚的にとらえると良いと思います。

勿論、数式だけで理解できるタイプのひとも沢山いるのだとおもいますし、質問者様がどの様なタイプなのかはわかりません。感覚で理解するタイプの人間の一意見として捉えていただきたいです。的外れな助言でしたら、申し訳ありません。


最後に、不真面目受験生だった私は、どうしても苦手だった化学の第3問をハナから切り捨てていた事をお伝えします。今はまだ時間があるので是非克服してほしいですが、受験直前になってもどうしても苦手なら、最初の簡単な設問だけ答えるのもアリだとおもいます。折角の重点制度ですから、当日は得意教科で勝つんだ！というプラス思考で挑んでください。1e: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。2:["$","main",null,{"className":"px-4 pt-4 pb-4","children":["$","div",null,{"className":"max-w-3xl mx-auto w-full","children":[["$","div",null,{"className":"mb-8","children":["$","$L7",null,{"href":"https://unilink-app.onelink.me/isbO/h6xeh63x?advice=dUJminABTqPwDZPulxpc","target":"_blank","children":["$","$L8",null,{"src":"/images/web_to_app_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink WebToAppバナー画像","className":"mb-4 rounded"}]}]}],["$","h1",null,{"className":"text-xl font-semibold mb-2","children":"物理の状況整理が上手くできません"}],["$","div",null,{"className":"flex justify-between mb-4","children":[["$","div",null,{"className":"text-left text-xs text-caption","children":["クリップ(",7,") コメント(",1,")"]}],["$","div",null,{"className":"text-right text-xs text-caption","children":"2/28 15:05"}]]}],["$","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。"}],["$","div",null,{"className":"mb-4","children":["$","$L13",null,{"clientImageUrl":"https://firebasestorage.googleapis.com/v0/b/unilink-48e75.appspot.com/o/images%2Fs_3C090DC65E59443FBFB16D54C175570F.jpg?alt=media&token=f06c3c6a-281d-4f19-8c47-28fbfc852d48","clientUserName":"水瀬ろん","infoString":"高2 富山県 名古屋大学情報学部(61)志望","adviceId":"dUJminABTqPwDZPulxpc"}]}],["$","div",null,{"className":"mb-8","children":[["$","div",null,{"className":"leading-loose 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mb-2","children":"回答"}],["$","div",null,{"className":"mb-4","children":["$","$L15",null,{"adviserImageUrl":"https://firebasestorage.googleapis.com/v0/b/unilink-48e75.appspot.com/o/images%2Fs_7DE6FCE1D8DF41658EBACFEEE851F794.jpg?alt=media&token=75c50337-ec3b-4969-ae37-9dbcef57bc6a","adviserName":"","adviserDepartment":"九州大学工学部","adviceId":"dUJminABTqPwDZPulxpc"}]}],["$","div",null,{"className":"coach-mark mb-4","children":"すべての回答者は、学生証などを使用してUniLinkによって審査された東大・京大・慶應・早稲田・一橋・東工大・旧帝大のいずれかに所属する現役難関大生です。加えて、実際の回答をUniLinkが確認して一定の水準をクリアした合格者だけが登録できる仕組みとなっています。"}],["$","div",null,{"className":"mb-8","children":[["$","div",null,{"className":"leading-loose whitespace-pre-wrap mb-4","children":[["$","div","advice-part-0",{"children":[null,"こんにちは！\n九州大学工学部に現役で通っているものです。\n\n物理は数学と違って\n問題設定のシーンをイメージする\nということが必要なので、\n立式が難しいですよね…💦\n\nまず、簡単にできる方法として\n「出てきた文字や数字を丸で囲む」\nというのをやってみてはいかがでしょうか。\n(質量mとか、摩擦係数μ)\n\n基本的に問題文に出てくるこれらの\n文字や数字は全て立式に使うので\n困ったときに丸で囲んだ文字で\n使っていないものがないかを確認することで\n解決することもあります✨\n\n\nさらに高いスキルを得るには\n「『物理の言葉』をイメージする」\nというのがオススメです。\n\nたとえば摩擦の問題文に\n「動き始める」とか「ずれる直前」\nとあれば、そのときの摩擦力は\n「最大静止摩擦力」であることがわかります。\n\nこのように、\n言葉と式をリンクさせるには\n受験物理で頻出の物理ワードを\nしっかり押さえておく必要がありますね。\n\n\nこの「物理の言葉」についてまとめた\n共通テスト物理対策のテキストを\n僕の公式ラインを追加してくれた方に\nプレゼントしています🎁\n\nもし興味があればこちらからどうぞ↓\n@835ziebd"]}]]}],["$","div",null,{"className":"mb-4","children":["$","$L16",null,{"adviserImageUrl":"https://firebasestorage.googleapis.com/v0/b/unilink-48e75.appspot.com/o/images%2Fs_7DE6FCE1D8DF41658EBACFEEE851F794.jpg?alt=media&token=75c50337-ec3b-4969-ae37-9dbcef57bc6a","adviserName":"","adviserDepartment":"九州大学工学部","adviceId":"dUJminABTqPwDZPulxpc","numberOfFan":8,"clipsAvg":9.25,"adviceRateAvg":4.285714285714286,"profile":"物理の点数上げるならココ⚡️\n【偏差値70いくまでフォローしときな👇】\n　\n現役九大生🏫兼オンライン塾塾長👨🏻‍🎓\nあなたの物理、お世話します。\n\n共通テスト、不安ですよね。\nここでは主に共通テスト物理の\n質問に回答していきます🔥\n\n現在公式ラインで先着30名限定\n僕がセンターで100点とった\n最新の物理勉強法のテキストを\n無料プレゼントしてます！\n👉　@835ziebd"}]}],["$","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":"物理弱から抜け出したい"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"まずどんな式を立てたらいいのかわかっていないようですね。時間もあまり無いので、とりあえずある程度解ける状態に持っていって、演習の中で理解していくのが良いと思います。\nおすすめの問題集は漆原先生の明快解法講座です。この本は100問くらいの少ない問題で大体の出題パターンを網羅して、解法の選択、式の立て方がマニュアル風に書かれた本です。こちらを使ってどんな式をどういう時に立てればいいのかを学習して見てください。基本的なことが書かれた参考書を何回も読んだりするよりも、そういった演習を通して理解を深める方が今回は近道に思えます。\nこの問題集を何周かして、ある程度解法を身につけたら、次はある程度難易度の高い問題をたくさん演習しましょう。物理は覚えることは少なく、難問と言われるものも、結局は数少ない法則の組み合わせなので、難しい問題を解けるようになるには噛み砕く力の訓練が必要です。そのために、いろいろな状況の問題に出会うといいと思います。\n頑張ってください!!\n"}],["$","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 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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"物理のわからないを解決するには"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"高2で焦りを感じられるのは素晴らしいです。\n物理に限らず公式は暗記して理解するのではなく、理解しようと頑張ったら自然と暗記していたという順番が好ましいです。\n例えば、運動方程式F=maですが単にこの形を覚えてしまえばつかえることは使えます。しかし、力Fが同じ状況下で質量mが大きければ大きいほど加速度は小さくなる、すなわち重いものは動き始めが遅いという実際に経験できる通りの理論だと分かります。\n\nこれはこう覚える、ということをする時も私自信ありましたが、京大物理を見据えて、どうしてそうなるのかを追求することが入試の得点に繋がります。学校のテストに言及すれば公式を覚えているのに点が取れないのは単に問題演習量が足りない可能性があります。使っている問題集のテスト範囲の問題は分かるまで何度も解いて、解説を読み込む作業を繰り返しましょう。"}],["$","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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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"問題状況を正確に出来るだけ早く把握してミスを防ぐにはどうすればよいか"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"東工大情報理工学院1年の者です。\n\n勉強お疲れさまです。\n\n東工大の物理は、記述式だし、後半の計算が重いし、なかなか大変だと思います。\n\nここから、計算ミスを無くすコツについて解説しようと思います。\n\nまず、持論ですが、なぜ計算ミスをするかの理由をご説明します。\n\nひとつの側面として、計算ミスは、自分の能力が、問題の方針を立てることが出来るくらいには高いが、問題の方針を立てつつ、計算ミスに気をつけることが出来るくらい脳のリソースを余らせることが出来ていないから発生するのです。\n\n2回目で高得点が取れるのは、一回目で方針を知っていて、計算ミスを対策するのに使う脳のリソースが余っているからです。\n\nですから、もう受験まで1ヶ月を切っていますが、ひたすら経験値を積み続けることが大切です。\n\n次に、即効性のある計算ミスを減らす方法をお伝えします。\n\nそれは、極端な例を考えることです。\n\n簡単な例で、2つの物体が衝突することを考えましょう。\n\n反発係数が絡むので、符号ミスが起きやすいと言えば起きやすい例だと思います。\n\n質量m_aの物体Aが速度vで移動していて、時刻t=0で質量m_bの物体Bに衝突したとしましょう。反発係数はeとします。この時の衝突後のAとBの速度を求めなさい。\n\nこの問題に対する答えは、分数になってここに書くのは難しいので省略しますが、例えばeを0にしたならば、物体AとBは同じ速度で運動しなければおかしいです。\n\nさらに、物体Bの質量を無限にしたら、物体Aは動かない壁と衝突した時と同じ挙動を示さなければおかしいです。\n\n物体Aの質量を無限にしたら、物体Aの速度は変わらないはずです。\n\nこのように、ある変数を極端な値にとったとき、解答が矛盾していないか考える事はかなり有効な手段です。\n\nこの手法は、物理に限らず、数学などでも有効です。\n\n以上になります。\n\nあと1ヶ月弱頑張ってください。貴方が後輩になる日を心待ちにしております。"}],["$","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":"模試の物理の点数が伸びないのはどうすればいいか？"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"僕も高3の秋を迎えるまで、物理の点数が伸びませんでした。\nしかしある時から覚醒してセンター物理満点をとりました。\n\n抑えるべきポイントをお話します。\n\n物理は\n①正しく図示して\n②正しく立式して\n③正しく計算する\nこれで上手くいきます。\nどこが上手くいっていないのか、分析しましょう。\n\n\n－－－－－－－－－\n\n【①について】\n\n多くの人が疎かにする部分です。\n物理の力はここにかかっていると過言ではありません。\n必ずどんなに簡単な問題でも最初は意識的に図示を丁寧にすることです。\n特に、作用反作用の法則の理解度が低いと、ここで大きな誤解をすることになります。\n\n\n－－－－－－－－－\n\n【②について】\n\n速度、変位の式\n運動方程式\nエネルギー保存則\n運動力保存則\netc...\n\n基本法則に従って、正負に気をつけて、スカラー量なのかベクトル量なのかに気をつけて、立式することです。\n\nこれも物理の力が試されていますが、前提として①が出来てなければ正確な立式ができません。\n\n－－－－－－－－－－－－\n\n【③について】\n\n③は数学の計算力と共通ですが、違うところが二つあると思っています。\n\n＊単位(ディメンション)が正しいかどうかを追いかける力\n→化学でも求められますね。\n\n＊省略可能な計算パターンを省略する力\n→覚えていたら思考段階を飛ばせるパターンが存在します。\n\n\n－－－－－－－－－\n\n【まとめ】\n\n①、②、③のどこに弱点が潜んでいるのかを模試を通じて分析してください。\n\n物理は理解できれば伸びるのはすぐです。"}],["$","div",null,{"className":"flex 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mb-1","children":"まずは当然ですが公式を暗記しましょう。この時に文字だけで覚えるのではなく日本語で覚えるのがオススメです。例えば運動方程式だったら物体に働く力は質量×加速度で求められるみたいに。(実際は物体に働く力によって加速度が生まれるので因果関係が逆ですが。)\n\n次に公式の使い方を知る。\n加速度を求める問題が出たとしましょう。これだけ言われれば単位時間あたりの速度変化、力を質量で割る、円運動であれば半径×角加速度の二乗などいくらでも求める方法はありますが、それぞれ使える場面が異なりますよね。\n１つ目でしたら速度と時間が分かっている時、２つ目でしたら物体の質量と力が分かっている時、３つ目でしたは円運動していて半径と角加速度が分かっている時。(円運動だったら速度と角加速度や半径と速度の２つでも加速度は出せますね。)\nこのように公式はたくさんありますが必要な情報がそれぞれ異なっているので何が与えられているからどの公式を使うのか判断する必要があります。\nこれは二次試験レベルの問題集を使うよりはセミナー等の基本的な問題集で多くの問題を解く上で身につける力だと思っています。\n\n最後に公式の使える条件に注意する。\n例えば有名なところですと2物体の運動量保存則は系に外力が働かないことが運動量が保存する条件ですが、これを意識せずに公式を使って間違えている受験生が多いように思います。\nこれは教科書に書いてありますが、問題を解きながら間違えた時にしっかりと復習をして身に付けていくのが1番だと思います。\n\n長くなりましたが高校物理は数学と似ています。基本的な問題に関しては解き方を理解した上で暗記してしまうぐらいに復習をして似たような問題が出題されれば即答できるようにしましょう。実際数学よりも問題のバリエーションは少ないため同じような問題は何度も出題されます。"}],["$","div",null,{"className":"flex mb-1","children":[["$","svg",null,{"stroke":"currentColor","fill":"currentColor","strokeWidth":"0","viewBox":"0 0 24 24","className":"text-subPrimary 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