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1a:I[6549,["51","static/chunks/795d4814-03346c8d233b4adb.js","212","static/chunks/212-70508e17017a12c2.js","231","static/chunks/231-5dc9f3acdba63b0c.js","54","static/chunks/54-f848f8ba1c362ca7.js","23","static/chunks/app/advice/%5Bid%5D/page-53a773e0095d4429.js"],"CommentItemName"] 1b:I[3866,["51","static/chunks/795d4814-03346c8d233b4adb.js","212","static/chunks/212-70508e17017a12c2.js","231","static/chunks/231-5dc9f3acdba63b0c.js","54","static/chunks/54-f848f8ba1c362ca7.js","23","static/chunks/app/advice/%5Bid%5D/page-53a773e0095d4429.js"],"AdOnAdviceList1"] 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。2:["$","main",null,{"className":"px-4 pt-4 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mb-4","children":"UniLink利用者の80%以上は、難関大学を志望する受験生です。これまでのデータから、偏差値の高いユーザーほど毎日UniLinkアプリを起動することが分かっています。"}],["$","div",null,{"className":"mb-4","children":["$","$L13",null,{"clientImageUrl":"https://firebasestorage.googleapis.com/v0/b/unilink-48e75.appspot.com/o/images%2Fs_037C3FB09D454BADB01EEE2419FD5AEE.jpg?alt=media&token=c1c5c094-8dde-4ea5-97ec-69feeb7b14ca","clientUserName":"ニッシ","infoString":"高1 愛知県 大阪大学理学部(61)志望","adviceId":"KUu-sXMBTqPwDZPuqAXS"}]}],["$","div",null,{"className":"mb-8","children":[["$","div",null,{"className":"leading-loose whitespace-pre-wrap","children":[["$","div","consultation-part-0",{"children":[null,"物理で微積などを用いて公式がどのように出来上がるかを知ることは出来たのですが、問題を解く時にその成り立ちを知ってどう役に立つのか分からず困っています。教えて欲しいです。"]}]]}],["$","div",null,{"className":"pt-4","children":["$","$L14",null,{}]}],null]}],["$","h1",null,{"className":"text-xl font-semibold mb-2","children":"回答"}],["$","div",null,{"className":"mb-4","children":["$","$L15",null,{"adviserImageUrl":"https://firebasestorage.googleapis.com/v0/b/unilink-48e75.appspot.com/o/images%2Fs_78633610ADEB4A84BC73897D6A5553F9.jpg?alt=media&token=ca7caaf2-8f39-474a-a2b4-f9f0183d493d","adviserName":"thn09 ","adviserDepartment":"北海道大学理学部","adviceId":"KUu-sXMBTqPwDZPuqAXS"}]}],["$","div",null,{"className":"coach-mark mb-4","children":"すべての回答者は、学生証などを使用してUniLinkによって審査された東大・京大・慶應・早稲田・一橋・東工大・旧帝大のいずれかに所属する現役難関大生です。加えて、実際の回答をUniLinkが確認して一定の水準をクリアした合格者だけが登録できる仕組みとなっています。"}],["$","div",null,{"className":"mb-8","children":[["$","div",null,{"className":"leading-loose whitespace-pre-wrap mb-4","children":[["$","div","advice-part-0",{"children":[null,"導出方法を知っているか公式をそのまま覚えているかというのは、問題を解けるか否かというところに直接は関与しないように思います(導出を知らなくても公式を完璧に覚えていて運用できれば解けます)。導出が難しいものも時にはあったりするので、全部が全部無理に導出まで覚える必要はないです。\n\n ただ、公式の形をそのまま覚えるよりも導出方法をセットで覚えておく方が「解きやすい」と思います。というのも、微積だとか比を取るだとかいう作業は(公式そのものに比べて比較的)使い慣れている方だと思うので、いざ問題を解く時に公式そのものを忘れてしまってもその場でパパッと導出できるようになります。そうすると式そのもので覚えなくてはならない情報量がぐんと減るので、要求される記憶力も低くて済みます。\n あとは質問の意図からずれるかも知れませんが、得体の知れない文字の羅列よりも、出身と意味のわかるものの方が頭に残りやすくて覚えやすいと感じます。"]}]]}],["$","div",null,{"className":"mb-4","children":["$","$L16",null,{"adviserImageUrl":"https://firebasestorage.googleapis.com/v0/b/unilink-48e75.appspot.com/o/images%2Fs_78633610ADEB4A84BC73897D6A5553F9.jpg?alt=media&token=ca7caaf2-8f39-474a-a2b4-f9f0183d493d","adviserName":"thn09 ","adviserDepartment":"北海道大学理学部","adviceId":"KUu-sXMBTqPwDZPuqAXS","numberOfFan":2,"clipsAvg":22,"adviceRateAvg":5,"profile":"北の大地で物理に追い回されています"}]}],["$","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"}]}]}],["$","div",null,{"className":"pt-4","children":["$","$L17",null,{"id":"adsbygoogle-init-under-advice"}]}]]}],["$","div",null,{"className":"flex justify-between","children":[["$","h1",null,{"className":"text-xl font-semibold","children":["コメント(",1,")"]}],["$","$L18",null,{"adviceId":"KUu-sXMBTqPwDZPuqAXS"}]]}],["$","div",null,{"className":"mb-8","children":["$","div",null,{"className":"divide-y","children":[["$","div",null,{"className":"flex py-4","children":[["$","div",null,{"className":"mr-2","children":["$","$L19",null,{"avatarUrl":"https://firebasestorage.googleapis.com/v0/b/unilink-48e75.appspot.com/o/images%2Fs_037C3FB09D454BADB01EEE2419FD5AEE.jpg?alt=media&token=c1c5c094-8dde-4ea5-97ec-69feeb7b14ca","contributorName":"ニッシ","adviceId":"KUu-sXMBTqPwDZPuqAXS"}]}],["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"flex justify-between","children":[["$","div",null,{"className":"mb-2","children":["$","$L1a",null,{"contributorName":"ニッシ","adviceId":"KUu-sXMBTqPwDZPuqAXS"}]}],["$","div",null,{"className":"text-xs text-caption","children":"8/3 14:51"}]]}],["$","div",null,{"className":"text-xs whitespace-pre-wrap","children":"分かりやすくありがとうございます!!\n参考にさせていただきます!"}]]}]]}]]}]}],["$","h1",null,{"className":"text-xl font-semibold","children":"よく一緒に読まれている人気の回答"}],["$","div",null,{"className":"mb-8","children":["$","div",null,{"className":"divide-y","children":[["$","div",null,{"children":["$","$L7",null,{"href":"/advice/ShhVSGsBTqPwDZPueSBp","children":["$","div",null,{"className":"flex items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"公式の意味を理解し、導けるようにすることに時間をかけるべきか"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"こんにちは。公式の理解と導出についての質問ですね。\n簡単にいうと、理解するべきものと覚えてしまえばよいものがあります。\n\n数学は暗記科目ではないですが、例えば中学校で習った二次方程式の解の公式など、覚えなくては問題が解けないものも多くあります。\nしかし、こういうものはたいてい問題を解き続けていれば自然と覚えてしまうものなので、わざわざ暗記しようと気負う必要はありません。その分問題を解いて欲しいです。\n\n導出すべきものとしては、例えば半角の公式や3倍角の公式です。2倍角は自然と覚えると思いますが、上記2つの公式は使用頻度が低いため覚えるよりは毎回導出す?のをオススメします。\n導出の手順は教科書や参考書に載っています。見ながらノートに書くでも良いので一度は導出の流れを掴んで欲しいです。\nちなみに、難しいですが導出を頭の中だけでするのは計算練習や頭の体操とても良いのでオススメです。\n\n導出すべきものとそうでないものの見分け方としては、教科書や参考書に導出方法が載っていなくて、かつ使用頻度が高いものは導出せず、覚えてしまう。そよ逆のものは導出過程を一度は経験しておくという形で良いと思います。\n\n以上です。参考になれば幸いです。"}],["$","div",null,{"className":"flex mb-1","children":[["$","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":[]}],["$","path","1",{"d":"M12 6c1.1 0 2 .9 2 2s-.9 2-2 2-2-.9-2-2 .9-2 2-2m0 10c2.7 0 5.8 1.29 6 2H6c.23-.72 3.31-2 6-2m0-12C9.79 4 8 5.79 8 8s1.79 4 4 4 4-1.79 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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"数学公式"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"\n文系ですが答えさせてもらいます。(数学は使ってました)\n\n今でもそうなんですが、公式の仕組みが納得できないと個人的には気持ち悪くてしょうがないんですよね。\nどうしてこの公式になるかを納得する\n→公式を暗記\n→実際に公式を使って、使用方法と公式を頭に定着させる\n\nこんな感じですかね。\n理由としては、1番はそうじゃないと気持ち悪いっていうのがあるんですが、、、笑笑\nでも、実際問題、公式の導出を問われたりする問題ありますし、また、公式の仕組みが分かってないと解けないような問題も一定数あります。\n特に、三角関数・微積分・シグマ計算あたりの公式は導出過程を理解できてると、数学的な思考力の幅が広がるイメージあります。\nもちろん、導出過程を知らなくていいのもあります。でも、一回は導出にチャレンジしてみるといいです。それで、「あー、これは公式だけ覚えておけばいい感じかな?」みたいなやつもたくさんあります。導出過程がめんどくさかったりするから、わざわざ公式にされているんで、それを覚えてしまうこと自体悪いことではないです。\n\n公式の結果だけを覚えておくパターンのやつは、とくに物理・化学に多い印象ですね。「実験の結果、こうなった」とか、「この公式を定義とする」みたいのは、理科系では多いです。そういうのは、あまりこだわらず、一回くらい説明書き読む程度でいいと思います。"}],["$","div",null,{"className":"flex mb-1","children":[["$","svg",null,{"stroke":"currentColor","fill":"currentColor","strokeWidth":"0","viewBox":"0 0 24 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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"証明や導出がすごい気になってしまう"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"三味線さん、はじめまして。\n\nお気持ちはすごく分かります。\nたしかに解答の細かいところに疑問を持ったり、その都度公式を導出していると参考書の進むペースは遅くなってしまいますが、その分、質は高くなると思うので全然良いことだと思いますし、むしろそうするべきだと思います。\n\nよく言われる「数学は理解」という言葉は、なぜその公式を使ったのか、なぜその解法で解くのか、なぜその変換を行うのか、もっと細かいことで言うと、なぜその順に解答を記述するのかといったことを理解することです。\n\n「数学は暗記」という言葉もたまに聞きますが、これは単純に英単語みたいに暗記すると言うことではなくて、どうしてこの解法を使うのかを理解した上でどうゆう問題が出たらどの解法を使うのかを暗記すると言うことです。\n仮に理解の過程を飛ばして暗記だけすると、少し問題の形が変わっただけで解法が思い浮かばないということになってしまいます。\n\nそして理解を深めるためには、三味線さんのように細かいところにも疑問を持って問題を解くのが一番の近道です。公式は導出ができる方が理解度ははるかに上がりますし、たまにある公式の導出に基づいた問題なんかも出題されることもあります。\nまた質問文中のことで触れると、なぜ置換積分はこうゆう形でするのか、一次独立とは何か、解答に使われている言葉の意図、こういったことに疑問をもって考えるのはとても良いことだと思います。確認しても忘れてしまうのは人間なので仕方ないことで、確認してその時に理解したことをノートなんかに纏めておきましょう。次に同じような疑問が出た時にノートを見返すことで少しずつ定着して力になっていくはずです。\n私の場合だと2.3回では定着せず、5回とか10回その都度見返すことで定着し始めた感じだったので、忘れているから力になっていないと焦らずに、自分のペースで頑張ってください!\n\n応援しています☺️\n"}],["$","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","children":[["$","div",null,{"className":"mb-1","children":"物理の勉強法"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"初めまして。rockyyyと申します。\n物理では、覚えておくことが必要な公式と、自分で「ああ、確かにこうなるな」と理解しておく必要がある公式があります。しかし高校物理の範囲であれば、まずは公式とその使い方をある程度覚えて、問題を解くということを繰り返してその公式の意味を理解していくということをした方が良いと思います。なので結論としては、まずは公式とその使い方を覚えて、それで問題を解いていって理解を深めるということです。\n\n例えば、等加速度直線運動の公式であれば、速度を求める時にはこれ、距離を求めるときはこれを使うなどを覚えておくことから始めるということです。そうして問題を解いていると、間違えてしまうことがたくさんあると思います。その間違いが非常に重要です。「なぜこの時にはこの公式は使えないのか。」「この時にはこの公式で速度や距離を求めることができるのに、なぜこの状況では使うことができないのか」ということを考えることになると思います。それを考えて、またそれに加えて解説を読むことで、「あ、この物理現象において、この条件があったらこの公式は使えないんだ」とか「こういった力が働いているときはこうすることでこの公式を使うんだ」などの理解が物理において非常に重要です。そういった理解は実際に問題を解いていく中でわかっていくものなので、公式を覚えてたらそれを使う基本問題から応用問題まで解いてみることがお勧めです。そしてそれでわかったことをノートに目立つように書いておくとなお良いと思います。そうすることで次第に問題に対する解法が思いつくようになると思うのでよかったらぜひやってみてください。\n\nよって、結論としては物理で公式を理解(その公式の導出など)することはもちろん大切ですが、高校物理の範囲であれば、まずはその公式をどのように使うのかということを学ぶことが先決だと思います。そうすると次第に物理がわかってくるのではないかなと思います。公式によっては、高校物理の範囲では理解して導出することが難しいまたはできないものもありはするので、まず使ってみるという意識が大切ではないかなと思います。\n\n以上になります。拙い文章失礼しました。物理の各分野について僕が意識していたことやその勉強法についてまとめている投稿もあるので(物理苦手ですという投稿です。)、よかったら参考にしてみてください!受験応援しています!"}],["$","div",null,{"className":"flex 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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"物理の公式をただただ暗記したくない"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"定理(公式)を暗記するかどうかはサクラサクさんの力量次第だと思います。\n\nそもそも物理法則は人間が生活する中で考えた知恵を数式的に定義づけて、定理(サクラサクさんが言うところの公式)として使いやすくしているものだと思います。あんまり突っ込んだことを言うと物理の専門の方から怒られるかもしれませんが認識として持っていて欲しいのは、定義は必ず理解しなくてはいけませんし、定理を導く事ができない人は覚える(覚えるというより問題を解きながら理解する事で自由に使えるようになると言う表現の方が近いと思います)必要があります。\n\n例えば運動方程式f=maはもともと人間の経験則からニュートンが定義したものなので覚えるのが嫌だとしたら、自分で実験をしながら導くしかないです…天才じゃなきゃ無理ですね。\n定理で言うと例えば速度の式なんかは、加速度が速度の微小変化という定義さえ知っていれば定理はそれを積分すると出ますよね。(積分を習っていなければグラフ化して導出して考えると良いと思います。)\n\nどちらにせよ何度も導出している間に覚えてしまうのでそれをそのまま使うことになると思います。丸暗記でなにも考えずに公式に当てはめるのはお勧めしませんが、導出出来るものはしながら解いて慣れてきたら時間を短縮するために必要な公式を使うのが良いんじゃないでしょうか。"}],["$","div",null,{"className":"flex mb-1","children":[["$","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":"数学の勉強法について"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":" 数弱で浪人した者です。私は、質問者様が現在の勉強法を継続される事を断固支持します。確かに時間が余計に掛かる道ですが、それで問題を解くのが少しでも楽になる事を体感されているのは素晴らしいことですし、それが正しい勉強法です。\n\n さて、この勉強法で間に合うかどうかですが、定理公式が出てきた度に取り組めば受験に間にあわないなんてことにはならないでしょう。むしろ焦って暗記に走る方が何倍も危険です。受験直前になってもなおうわべだけで分かったつもりになっているというレベルの知識は、入試本番では使い物になりません。そんな知識だけで受験に挑むのは落ちに行ってるようなものです。数学はそんなに甘くありません。数学は身につけるもの、そして、身につけるには自分の手を動かして理解していく事を繰り返すしかありません。証明を忘れてしまったら何度でも復習して下さい。私もこれを幾度となく繰り返しました。また、有名な定理公式の導出方法=証明を知っているとあっさり解ける、なんて問題も整数分野などではよくあります。\n\n 一つお勧めは、問題の解答を見てとっぴな解法だなあと感じることがあれば、それは問題の基礎的な部分が分かってない証拠だと疑ってみることです。例えば数学が全くできない人に問題を解説してあげるとき、自分では当たり前に感じている箇所で、\"なんでそうやんの?\"と聞かれたことはないですか?普段の問題の解説集も同じで、解法が自分にとってとっぴに見えてしまったら、その問題の要求するレベルに達してないと判断して間違いないです。質問者様の質問には直接関係ないですが、私が受験経験から学んだことですのでお伝えしておきます。\n\n 学問では回り道に見えることが結局は王道です。私は予備校でそれを痛感させられました。めんどくさそうで遠ざけていた定理公式の証明を自分の手で行なって初めて習得できた実感をえました。質問者様の強みは今すでにこの遠回りの威力を知っておられるということです。どうか自分を信じこの努力を続けて下さい。健闘を祈ります。"}],["$","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 3.31-2 6-2m0-12C9.79 4 8 5.79 8 8s1.79 4 4 4 4-1.79 4-4-1.79-4-4-4zm0 10c-2.67 0-8 1.34-8 4v2h16v-2c0-2.66-5.33-4-8-4z","children":[]}]]],"style":{"color":"$undefined"},"height":16,"width":16,"xmlns":"http://www.w3.org/2000/svg"}],["$","div",null,{"className":"text-xs","children":["東京大学理科一類"," ","taka5691"]}]]}],["$","div",null,{"className":"flex 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mb-1","children":"まずは当然ですが公式を暗記しましょう。この時に文字だけで覚えるのではなく日本語で覚えるのがオススメです。例えば運動方程式だったら物体に働く力は質量×加速度で求められるみたいに。(実際は物体に働く力によって加速度が生まれるので因果関係が逆ですが。)\n\n次に公式の使い方を知る。\n加速度を求める問題が出たとしましょう。これだけ言われれば単位時間あたりの速度変化、力を質量で割る、円運動であれば半径×角加速度の二乗などいくらでも求める方法はありますが、それぞれ使える場面が異なりますよね。\n1つ目でしたら速度と時間が分かっている時、2つ目でしたら物体の質量と力が分かっている時、3つ目でしたは円運動していて半径と角加速度が分かっている時。(円運動だったら速度と角加速度や半径と速度の2つでも加速度は出せますね。)\nこのように公式はたくさんありますが必要な情報がそれぞれ異なっているので何が与えられているからどの公式を使うのか判断する必要があります。\nこれは二次試験レベルの問題集を使うよりはセミナー等の基本的な問題集で多くの問題を解く上で身につける力だと思っています。\n\n最後に公式の使える条件に注意する。\n例えば有名なところですと2物体の運動量保存則は系に外力が働かないことが運動量が保存する条件ですが、これを意識せずに公式を使って間違えている受験生が多いように思います。\nこれは教科書に書いてありますが、問題を解きながら間違えた時にしっかりと復習をして身に付けていくのが1番だと思います。\n\n長くなりましたが高校物理は数学と似ています。基本的な問題に関しては解き方を理解した上で暗記してしまうぐらいに復習をして似たような問題が出題されれば即答できるようにしましょう。実際数学よりも問題のバリエーションは少ないため同じような問題は何度も出題されます。"}],["$","div",null,{"className":"flex mb-1","children":[["$","svg",null,{"stroke":"currentColor","fill":"currentColor","strokeWidth":"0","viewBox":"0 0 24 24","className":"text-subPrimary 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0V5c0-2.21-1.79-4-4-4S7 2.79 7 5v12.5c0 3.04 2.46 5.5 5.5 5.5s5.5-2.46 5.5-5.5V6h-1.5z","children":[]}]]],"style":{"color":"$undefined"},"height":16,"width":16,"xmlns":"http://www.w3.org/2000/svg"}],["$","div",null,{"className":"text-xs mr-2","children":2}],["$","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 0h24v24H0z","children":[]}],["$","path","1",{"d":"M16.5 3c-1.74 0-3.41.81-4.5 2.09C10.91 3.81 9.24 3 7.5 3 4.42 3 2 5.42 2 8.5c0 3.78 3.4 6.86 8.55 11.54L12 21.35l1.45-1.32C18.6 15.36 22 12.28 22 8.5 22 5.42 19.58 3 16.5 3zm-4.4 15.55-.1.1-.1-.1C7.14 14.24 4 11.39 4 8.5 4 6.5 5.5 5 7.5 5c1.54 0 3.04.99 3.57 2.36h1.87C13.46 5.99 14.96 5 16.5 5c2 0 3.5 1.5 3.5 3.5 0 2.89-3.14 5.74-7.9 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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"物理ができない"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":" 公式の理解を大事にしようという姿勢はとてもいいと思います。ですが赤点をとってしまうほど忘れていくのは少し理解しようとする方法がよくないのかもしれません。\n\n 公式の理解をするために具体的に何をされていますか?教科書をただ目で追っているだけではあまり頭に残らない気がします。\n \n 物理には、真に基本となる公式(導出できない 例:運動方程式)と、それから導出される公式(例:エネルギー保存則)があります。\n \n 僕は、実際に問題を公式を使って解き(公式の使い方)、その後導出できる公式は導出してみるということを繰り返していました。また、学び始めのころはある解き方を用いたら、別の、はじめに選択しなかった解き方も試したり、一題にじっくり時間をかけていました。大事なのはこの学び始めの時は簡単な問題を解く、ということです。\n\n 演習量は比較的少ない方だったかもしれません。しかし、導出の経験などを通して公式そのものや、その公式の使える条件を「実際に導かなくとも経験的に分かる」ようになり、どの公式を使えば良いのか…ということがなくなってきました。\n\n 大事なのは自分の手を動かしてみることだと思います。参考にしてみてください。(プロフィールにあるTwitter垢のDMではより具体的な質問も受け付けております)"}],["$","div",null,{"className":"flex mb-1","children":[["$","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":[]}],["$","path","1",{"d":"M12 6c1.1 0 2 .9 2 2s-.9 2-2 2-2-.9-2-2 .9-2 2-2m0 10c2.7 0 5.8 1.29 6 2H6c.23-.72 3.31-2 6-2m0-12C9.79 4 8 5.79 8 8s1.79 4 4 4 4-1.79 4-4-1.79-4-4-4zm0 10c-2.67 0-8 1.34-8 4v2h16v-2c0-2.66-5.33-4-8-4z","children":[]}]]],"style":{"color":"$undefined"},"height":16,"width":16,"xmlns":"http://www.w3.org/2000/svg"}],["$","div",null,{"className":"text-xs","children":["東北大学工学部"," ","おはし084"]}]]}],["$","div",null,{"className":"flex justify-between","children":[["$","div",null,{"className":"flex","children":[["$","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 0h24v24H0z","children":[]}],["$","path","1",{"d":"M16.5 6v11.5c0 2.21-1.79 4-4 4s-4-1.79-4-4V5a2.5 2.5 0 0 1 5 0v10.5c0 .55-.45 1-1 1s-1-.45-1-1V6H10v9.5a2.5 2.5 0 0 0 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10.05z","children":[]}]]],"style":{"color":"$undefined"},"height":16,"width":16,"xmlns":"http://www.w3.org/2000/svg"}],["$","div",null,{"className":"text-xs mr-2","children":0}]]}],["$","div",null,{"className":"text-xs rounded-lg border border-text px-4","children":"物理"}]]}]]}],["$","div",null,{"className":"ml-3","children":["$","div",null,{"className":"bg-caption w-20 h-20 rounded-sm overflow-hidden","children":["$","div",null,{"className":"w-full h-full 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items-center py-4","children":[["$","div",null,{"className":"flex-1","children":[["$","div",null,{"className":"mb-1","children":"物理の効果的な勉強方法を教えてください"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"勉強お疲れさまです\n\n物理難しいですよね\nなかなか理解することが出来ない科目でした\n\n運動の法則の理解が難しいとの事ですが、\n\n問題を解いていく\nor\n数学が得意なら簡単な微分積分を予習しちゃう\n\nの2通りがあるかなと\n\n問題を解いていくのも、闇雲に解けばいいわけでもなく、どこでどの公式を使う理由が説明できるように頑張ればいいのです\n分からないところは先生に聞いたり、河合塾の物理のエッセンスを読んだり解いてみてください\n\nそして、2つ目の、微積を予習しちゃう手段ですが、古典力学の公式は運動方程式から全て導くことができます。その事を踏まえて、微分積分を勉強する事で運動方程式から公式を導いたりする流れで問題を気づいたら解き終わってるみたいなことが出来るわけです。\n\n正直、高校の古典力学に微積は大袈裟かなと思うところはありますが、数学の予習と力学の理解で一石二鳥な面もあるので、数学が得意なら是非挑戦してみて貰いたいです\n\nちなみに、運動方程式と同じように電気回路についても微分積分で解けるようになるのでおすすめです\n\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 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