【京大2012改】ガリウム金属の融点が30℃と低いのはなぜか?

Let's take a look at some university entrance exam questions that could lead to university organic chemistry! This time, we're looking at a chemistry question from a 2012 Kyoto University entrance exam. The question asks about the reason for the low melting point of gallium, the metal with the second lowest melting point after mercury. I was surprised to see that the content I learned in university lectures was used as an entrance exam question, but with the included prompts, it's a good question that tests comprehension. This question evokes the difficulty of the entrance exams for former imperial universities such as the University of Tokyo, Kyoto University, Hokkaido University, Kyushu University, Nagoya University, Osaka University, and Tohoku University. ★★★★★★★★★★★★★★★★★★★ We've launched a membership program that allows you to make donations! If you'd like to support us, please register using the link below!    / @morop_   →Blog article explaining the purpose: https://moro-chemistry.org/archives/4161 ★★★★★★★★★★★★★★★★★★ Moropi Occupation: University professor Researcher at a chemical manufacturer Specialty: Organic chemistry Twitter:   / morop_   Blog: Organic Chemistry Paper Research Institute (https://moro-chemistry.org/) ★For inquiries about lectures, events, or jobs, please contact: moro.chemistry[at]gmail.com "Super Introduction to Organic Chemistry: 120 Years of Researcher Enthusiasm" Released December 20, 2021! Moropi has written a completely new introductory book on organic chemistry for the general public! It can be enjoyed by people unfamiliar with organic chemistry as well as experts! Please pre-order/purchase it on Amazon! ★Purchase here! https://amzn.to/3k3ONye #Moropi #UniversityEntranceExam #Chemistry Music: Spring In My Step - Silent Partner    • Spring In My Step – Silent Partner (No Cop...   –––––––––––––––––––––––––––––––– Bongo by KV    / kvmusicprod   Creative Commons — Attribution 3.0 Unported — CC BY 3.0 Free Download / Stream: https://bit.ly/Bongo-KV Music promoted by Audio Library    • Bongo – KV (No Copyright Music)   ––––––––––––––––––––––––––––––––

フグ毒に命を懸けた日本人研究者たち【テトロドトキシンの物語】
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フグ毒に命を懸けた日本人研究者たち【テトロドトキシンの物語】

Napier's constant What is the base of natural logarithms e?
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Napier's constant What is the base of natural logarithms e?

【人類最大の発明】ハーバー・ボッシュ法はいったい何がそんなにすごいのか?
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【人類最大の発明】ハーバー・ボッシュ法はいったい何がそんなにすごいのか?

Do you know about the amazing properties of gallium? ~Uncovering the mystery of "gallium pulsatio...
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Do you know about the amazing properties of gallium? ~Uncovering the mystery of "gallium pulsatio...

理系就活の技術面接対策|企業が見ているポイントと評価される話し方
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理系就活の技術面接対策|企業が見ているポイントと評価される話し方

[One-line answers] The legendary Kyoto University mock exam [Detailed explanation]
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[One-line answers] The legendary Kyoto University mock exam [Detailed explanation]

The world of extremes: ultra-high pressure, ultra-low temperature, and ultra-strong magnetic fields.
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The world of extremes: ultra-high pressure, ultra-low temperature, and ultra-strong magnetic fields.

[A chemical reaction that changed history] What is so great about the Ostwald process?
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[A chemical reaction that changed history] What is so great about the Ostwald process?

これが現代の超最先端研究!元大学教員の文系でもわかる最新論文解説【Science誌/有機化学】
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これが現代の超最先端研究!元大学教員の文系でもわかる最新論文解説【Science誌/有機化学】

電磁波をマクスウェル方程式から導く【光の正体】
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電磁波をマクスウェル方程式から導く【光の正体】

[Surprisingly unknown] Why does the periodic table need to have such a distorted shape? [Slow exp...
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[Surprisingly unknown] Why does the periodic table need to have such a distorted shape? [Slow exp...

Why are hydrogen fluoride and fluorine gas so dangerous? [Trivia]
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Why are hydrogen fluoride and fluorine gas so dangerous? [Trivia]

I put the alkali metals in water in order.
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I put the alkali metals in water in order.

【速報】ノーベル化学賞2025を解説【MOF】
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【速報】ノーベル化学賞2025を解説【MOF】

Die Zombie-Simulation, die niemand erklären kann
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Die Zombie-Simulation, die niemand erklären kann

【阪大入試2024】フッ化ナトリウムの融点が高いのはなぜ?
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【阪大入試2024】フッ化ナトリウムの融点が高いのはなぜ?

China’s Secret | The Most Unbelievable Megaprojects in China | 4K Travel Documentary
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China’s Secret | The Most Unbelievable Megaprojects in China | 4K Travel Documentary

High School Chemistry for Adults: Understanding the Amazing Nature of Nylon at the Molecular Level
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High School Chemistry for Adults: Understanding the Amazing Nature of Nylon at the Molecular Level

This is a time-changing paper! A former university professor explains the paper in a way that eve...
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This is a time-changing paper! A former university professor explains the paper in a way that eve...

[99% of people are confused] Why does water pressure increase as the water depth increases? [Slow...
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[99% of people are confused] Why does water pressure increase as the water depth increases? [Slow...