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1b:Tc62,演習の際、用意している教材は問題集のみでしょうか？
もしそうなら、必ず教科書や図録を見ながら取り組みましょう。
教科書や図録を使わずに学習をする人は、丸暗記に陥りがちです。
解説が的を絞ったことしか書いていないからです。

以下詳細な回答です。

＊丸暗記では勝てない
＊暗記の心得3カ条
＊人に教えて理解を深める
＊まとめ

－－－－－－－－－－－－

【丸暗記では勝てない】

京大の化学は丸暗記で挑む人を叩きのめす構造になっています。
基本的な事柄に対しても「なぜか？」を理解して説明できる力が必要です。

大問1…酸化還元や物質の構造に関する問題
大問2…溶液や気体の化学平衡に関する問題
大問3…有機化学に関する問題
大問4…高分子化合物に関する問題

が例年のパターンです。

計算問題や有機化学のパズルは一見論証と関わりなさそうですが、立式導出過程を問題文から理解するということが必要になってくるので、丸暗記が習慣になっている人は苦戦を強いられます。

－－－－－－－－－－－

【暗記の心得3カ条】

駿台化学科の石川正明先生は、
「論理性」
「意味性」
「感動性」
を大切に理解暗記していきましょう、と指導されています。

「論理性」
何故そうなるのかを説明できると、自信をもって理解暗記できます。
(例)
過マンガン酸イオンが、酸性溶液中で酸化剤としてはたらく半反応式
MnO4(-)   8•H( )   5•e(-) → Mn(2 )   4•H2O
これは何故このような式になるのか、自分なりにわかりやすく説明できるようになっている人の方が自信を持って暗記できます。
教科書と化学図録を用いて詳しく調べながら学習を進めると良いです。

「意味性」
それを理解すると何が得られるのかを知ると、理解暗記する意欲が増します。
例)
ステアリン酸×3とグリセリンから成る油脂は分子量890で、これを覚えておけば高分子化合物の分子量絡みの計算が速くなる。

「感動性」
面白い、すごい、ひどい、と心動くことで暗記しやすくなります。
例)
「水兵リーベ僕の船…」に代表されるような語呂合わせ。


－－－－－－－－－－－－
【人に教えて理解を深める】

重要問題集で自分が出来た問題でも、誰かにわかりやすく解説することは出来ますか？
「論理性」「意味性」「感動性」を意識して、人に教えてみてください。
これは僕が実践してきた化学勉強法です。
友達同士で質問し合いっこしましょう。
特に模試の復習でこれをやると効果的です。

－－－－－－－－－－－－

【まとめ】

問題集 教科書 図録で演習。
人と教えあいっこで理解を深める。
京大相手に丸暗記では太刀打ちできない。1c:Tcba,こんにちは！東工大一年のたまちゃんです！
物理に関しては分野がわからないので、助言しにくいのですが、苦手な分野であったり、忘れやすい分野があるのであればそこを繰り返しやりましょう。
でも、基本的に物理は理解していれば忘れにくいです。熱力学を例に挙げると、定圧変化・定積変化・等温変化などはどうなるとかを覚えていなくても理解していれば何とかなります。ドップラー効果の式なども覚えなくても理解していれば導出可能です。覚えていた方が早いので出来れば覚えて欲しいですが…
例えば、f= の式の分母が観測者だったかな、音源だったかな、うろ覚えだなとなったら導出するのが良いと思います。
化学に関しては電気分解の式は自分で作れます。イオン化傾向がわかれば行けるはずです。反応式を書けという問題は出ないはずなので、反応式の細かいところがわからなくても、この金属に対して水素は〜mol発生しそうだなというのがわかれば良いので、電気分解の反応式は覚えなくて良いです。電池の問題は正極と負極(陽極と陰極)が何でてきているかを覚えていないと無理です。出来れば溶液も覚えて欲しいです。電池に関してはヒントがほとんど出ないので、覚えておいた方が良いです。
深い知識を得るにはやはり理解することだと思います。理解したことは忘れにくいですからね。逆に単純暗記のものは忘れやすいです。また、用語などは何度もやって覚えていくしかないですね。イオン化エネルギーの意味を説明できるかなど結構基本的なことを聞いてきたりもするので、基本用語の意味を覚えることも怠らずに頑張って下さい。また、引っかけもたまにありますので、注意深く読むことも必要です。
やってないところを忘れるのはみんな一緒ですので、そんなに深刻に考えなくても大丈夫です。
東工大の化学はほぼ全ての分野から出題されるので、直前に過去問をやりまくれば、しばらく触れていない分野もなくなると思います。それでも本番にど忘れしてしまうことはあると思います。私は本番でど忘れして一問落としました。ですが、そこで焦らず他の問題を冷静に解くことが大事です。結構そういったメンタル面も点数に関係すると思いますので。
あとは絶対に覚えるんだ！と思って覚えて下さい。単語帳をボーッと眺めても覚えられないように、ただなんとなくやっていると効率が悪いです。残り少ないので、今解いている問題を次いつ復習できるかわかりません。もしかしたら入試までもう見ないかもしれません。ですから、絶対に覚えてやるんだ！という気概を持って勉強して下さい。個人的にはこれが最も重要かなと思ってます。

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":[["$","div",null,{"className":"mb-8","children":["$","$L7",null,{"href":"https://unilink-app.onelink.me/isbO/h6xeh63x?advice=nE27j3cBTqPwDZPuk4sd","target":"_blank","children":["$","$L8",null,{"src":"/images/web_to_app_banner.jpg","width":3660,"height":1500,"sizes":"100vw","style":{"width":"100%","height":"auto"},"alt":"UniLink WebToAppバナー画像","className":"mb-4 rounded"}]}]}],["$","h1",null,{"className":"text-xl font-semibold mb-2","children":"物理と化学についてです！"}],["$","div",null,{"className":"flex justify-between mb-4","children":[["$","div",null,{"className":"text-left text-xs text-caption","children":["クリップ(",36,") コメント(",1,")"]}],["$","div",null,{"className":"text-right text-xs text-caption","children":"2/11 6:16"}]]}],["$","div",null,{"className":"coach-mark 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items-center py-4","children":[["$","div",null,{"className":"flex-1 mr-3","children":[["$","div",null,{"className":"mb-1","children":"物化で学校でやったことを忘れることはどうすれば良いか"}],["$","div",null,{"className":"text-xs text-caption line-clamp-2 mb-1","children":"①模試での理科対策について\n\nまず模試の捉え方ですが、受験勉強をしている中で、定期的にある試験を受け結果をもらい、同じ目標を持つ人たちの中での自分の位置を把握するものが模試です。\nなので、模試の対策をするという考えは好ましくないかなと思います🙇‍♀️\n普通に受験勉強をして、それが身についていれば模試の結果はよくなります！\n\n\n②学校で習ったことを忘れないために\n\n「学校で」習ったことというより、「自分で学んだこと」を忘れないようにするための対策として考えました🙇‍♀️\n\n自分で問題を解いたり、復習することが大事だと思います。\n私は、高2のとき物理化学は学校でもらった「セミナー」を使って、学校で習った範囲を自分で進めていました。定期試験の前にその範囲を1周はするようにしていました。\nその結果、高2の時点で、化学はセミナーの有機を2周、理論完璧、無機一応1周くらい\n物理はセミナー力学部分が完璧、電磁気理解&基本問題はできるようになっていました。\n\nまた夏期講習、冬季講習などで塾にいき、学校で習った範囲と被った範囲を扱っていたので、テキストの問題を解説を見ずに解けるようになるまで解き、それが復習にもなり知識が定着したと思います🙇‍♀️\n\n塾に行かなくとも、長期休みの間に、問題集のつまずいた部分を自力でできるようになるまでやり直す、自分で選んだ参考書を読むなどをすると良いと思います！\n\n\n少しでも参考になれば嬉しいです🙇‍♀️"}],["$","div",null,{"className":"flex 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