ヤカンの水は熱しても なかなか温まらないのに
金属のヤカンは すぐに熱くなるのは 比熱の違い
比熱とは 温まりやすさ 冷めにくさの 物理量で
分子密度高い方が 振動伝わり温まる
鉄は水より 隣り合う分子の 密度が高いから
水1kgを 1度上げる 熱量は1キロカロリー
鉄1kgを 1度上げるには その10分の1だけで
鉄は水よりも 青春を燃やし 熱くなれるんだ!
コンロで酸素(O2)が 高分子プロパンガス(C3H8)を 酸化
低分子なCO2にして 余ったエネルギーが
赤外線の波長となり ヤカンや水の分子が吸収
揺れて熱くなるのが 燃焼
気体は液体より 密度低く 逆に比熱が高くて
蒸気は水より 大気は海より 温まりづらい
だから日射量最大の 夏至6月より 8月が暑く
日が少ない 冬至12月より遅れ 2月が寒い
質量(m)を体積(v)で割れば 密度 同じ体積なら
質量が大きくなれば 密度も大きくなるから
加えた熱量(Q) 質量(m)と上昇温度(t)の積で 割れば
比熱(C)= Q/(m×t)の式となる
分子騒ぎ 熱く 静まれば 冷たい 気体分子運動論
分子の運動速度と 温度の相関の式は
1/2mv2×n=3/2nRt
地球のコア(核)から 大気圏までの重力圏内で
キミも含めぎゅっと詰まった 分子達が踊る世界
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あべりょう – ベクトルを打ち上げろ
あべりょう – 持たざる者に配りたいのか
騒げば熱く静まれば冷たい Lyrics Romanized
Yakan no mizu wa netsu sh#te mo nakanaka atatamaranai no ni
kinzoku no yakan wa sugu ni atsuku naru no wa hinetsu no chigai
hinetsu to wa atatamariyasu sa same niku-sa no butsuri-ryo de
bunshi mitsudo takai kata ga shindo tsutawari nukumaru
tetsu wa mizu yori tonariau bunshi no mitsudo ga takaikara
mizu 1 kg o 1-do ageru netsuryo wa 1 kirokarori
tetsu 1 kg o 1-do ageru ni wa sono 10-bun’no 1 dake de
tetsu wa mizu yori mo seishun o moyashi atsuku nareru nda!
Konro de sanso (O 2) ga kobunshi puropangasu (C 3 H 8) o sanka
tei bunshina CO 2 ni sh#te amatta enerugi ga
sekigaisen no hacho to nari yakan ya mizu no bunshi ga kyushu
yurete atsuku naru no ga nensho
kitai wa ekitai yori mitsudo hikuku gyaku ni hinetsu ga takakute
joki wa mizu yori taiki wa umi yori atatamari dzurai
dakara nissha-ryo saidai no geshi 6 tsuki yori 8 tsuki ga atsuku
-bi ga sukunai toji 12 tsuki yori okure 2 tsuki ga samui
shitsuryo (m ) o taiseki (v ) de wareba mitsudo onaji taisekinara
shitsuryo ga okiku nareba mitsudo mo okikunaru kara
kuwaeta netsuryo (Q ) shitsuryo (m ) to josho ondo (t ) no seki de wareba
hinetsu (C ) = Q/ (m×t) no shiki to naru
bunshi sawagi atsuku shizumareba tsumetai kitai bunshi undo-ron
bunshi no undo sokudo to ondo no sokan no shiki wa
1/ 2 mv 2 ×n = 3/ 2 nRt
chikyu no koa (kaku) kara taikiken made no juryokuken’nai de
kimi mo f#kume gyutto tsumatta bunshi-tachi ga odoru sekai
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騒げば熱く静まれば冷たい Lyrics English
Even though the water of the yakan doesn’t warm up even if it is heated
It is the difference in heat that the metal kettle gets hot immediately
Heats are easy to warm up and do not cool down.
The higher the molecular density, the warming the vibration
Iron has a higher density of molecules next to each other than water.
1 kg of water 1 kg is 1 kcal
To raise 1kg of iron once, only one -tenth
Iron burns youth and becomes hotter than water!
Oxygen (O2) oxidizes polymer propane gas (C3H8) in a stove
The surplus energy that has been made to a low -frame CO2
The wavelength of infrared light is absorbed by the molecules of kyakan and water
The burning that shakes and gets hot
The gas is lower than the liquid and the heat is higher on the contrary
Steam is harder to warm than the sea than the sea
Therefore, August is hot since June of the summer solstice, which is the largest solar radiation.
Winter solstice with few days late from December December, February is cold
If the mass (m) is divided by volume (V), the same volume is the same.
The higher the mass, the greater the density.
If you divide by the added heat (Q) mass (m) and the rising temperature (T)
Heat (c) = q / (m × t) formula
Molecular fuss If you are hot and calm, cold gas molecular motion theory
The formula of the molecular exercise speed and temperature correlation is
1/2mv2 × N = 3/2NRT
Within the gravity area from the core (nuclear) to the atmosphere
A world where the molecules that are tightly clogged, including you
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あべりょう Lyrics – 騒げば熱く静まれば冷たい
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