圧が強いと熱く弱いと冷たい Lyrics – あべりょう
Singer: あべりょう
Title: 圧が強いと熱く弱いと冷たい
飛行機で高度上昇 気圧が下がり ポテチ袋膨らむのは
1平方cm 1kg 1気圧な 地上から運んだ空気
ボクと袋の中に留まり 外より相対的に高気圧
ポテチも耳の鼓膜も 膨らむから ボクは耳抜きした
チャリのタイヤに パンパンに空気を入れると 熱くなる訳は
分子増え 圧上げ 壁にあたって揺れる 熱エネルギー
エアコンも コンプレッサーで加圧 温度を上げたり
逆に減圧し 温度下がるから スプレー噴射の 気体は冷たい
安定した水が騒ぎ エネルギー高い蒸気になるため
周りの熱を 奪い取り 化学エネルギーにして蒸発する 気化熱
汗かき冷やして 体温調整できた人類は
汗をかけない獲物を 長く追跡でき 狩りの成功率上げ 繁栄
その逆が凝縮熱で 蒸気が窓に熱を渡し 結露
冷めて水に戻り 気体で離れてた分子近づき
分子間力取り戻し 表面張力する水
エアコンも冷蔵庫も 冷やすのは 減圧 加圧 気化 凝縮 サイクル
エアコンは パイプの冷媒ガスを減圧 分子の衝突を
減らし 冷やし 部屋の熱奪い 外に運び わざと加圧
外気より高温にして 熱力学第二法則で排熱
液化し 凝縮熱捨て 再び減圧 気化熱のサイクル
体積一定で圧を上げ 分子ぶつかり熱くする 暖房
圧力 分子 温度の相関表す 状態方程式
圧力×体積＝分子量(n)×定数(R)×温度(t)で
PV＝nRtじゃ 分子運動が見えなくて
1/2mv2×n＝3/2nRt
分子(n)を運動エネルギー式に掛けた 右辺に温度(t)出現
分子の運動エネルギーと 温度(t)の関数で紐づけて
ミクロ分子と マクロな温度を 繋いでみせた 気体分子運動論
Find more lyrics at myjpop.jspinyin.net
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Romaji / Romanized / Romanization
Hikoki de kodo josho kiatsu ga sagari potechi-bukuro f#kuramu no wa
1 heiho cm 1 kg 1-kiatsuna chijo kara hakonda kuki
boku to f#kuro no naka ni tomari-gai yori sotaitekini kokiatsu
potechi mo mimi no komaku mo f#kuramukara boku wa mimi nuki shita
chari no taiya ni panpan ni kuki o ireru to atsuku naru wake wa
bunshi fue-atsu age kabe ni atatte yureru netsu enerugi
eakon mo konpuressa de kaatsu ondo o age tari
gyaku ni gen’atsu shi ondo sagarukara supure funsha no kitai wa tsumetai
antei shita mizu ga sawagi enerugi takai joki ni naru tame
mawari no netsu o ubaitori kagaku enerugi ni sh#te johatsu suru kika-netsu
ase kaki hiyashite taion chosei dekita jinrui wa
ase o kakenai emono o nagaku tsuiseki deki kari no seiko-ritsu age han’ei
sono gyaku ga gyoshuku netsu de joki ga mado ni netsu o watashi ketsuro
samete mizu ni modori kitai de hanare teta bunshi chikadzuki
bunshikanryoku torimodoshi hyomenchoryoku suru mizu
eakon mo reizoko mo hiyasu no wa gen’atsu kaatsu kika gyoshuku saikuru
eakon wa paipu no reibai gasu o gen’atsu bunshi no shototsu o
herashi hiyashi heya no netsu ubai-gai ni hakobi wazato kaatsu
gaiki yori koon ni sh#te netsurikigakudainihosoku de hainetsu
ekika shi gyoshuku netsu sute futatabi gen’atsu kika-netsu no saikuru
taiseki ittei de-atsu o age bunshi butsukari atsuku suru danbo
atsuryoku bunshi ondo no sokan arawasu jotai hoteishiki
atsuryoku × taiseki = bunshi-ryo (n ) × teisu (R ) × ondo (t ) de
PV = nRt ja bunshi undo ga mienakute
1/ 2 mv 2 ×n = 3/ 2 nRt
bunshi (n ) o undo enerugi-shiki ni kaketa uhen ni ondo (t ) shutsugen
bunshi no undo enerugi to ondo (t ) no kansu de himo dzukete
mikuro bunshi to makurona ondo o tsunaide miseta kitai bunshi undo-ron
Find more lyrics at myjpop.jspinyin.net
圧が強いと熱く弱いと冷たい – English Translation
The high level of high -rise pressure drops by airplane and the potato bag swells
1 square cm 1kg 1 air carried from a bargain ground
I stay in the bag and relatively high pressure than outside
I pulled out my ears because both the potatoes and the eardrums of the ears swelled
The reason why it gets hot when you put air into the bun tires
Increased molecules and raised pressure raising heat energy that shakes at the wall
The air conditioner also raises the pressure temperature with a compressor
Conversely, the gas of spray injection is cold because the temperature drops and the temperature drops.
Because stable water becomes a fuss and it becomes high -energy steam
Heats of vaporization that takes away the heat around and evaporates with chemical energy
Humanity who can adjust the body temperature after sweating
For a long time tracking sweaty prey and prospering the success rate of hunting
On the other hand, the steam passes heat to the window due to condensed heat and condensation
Cooled and returned to water and approached the molecule that was away with gas
Returning between molecular molecules and surface tension water
Both the air conditioner and the refrigerator are cooled down.
The air conditioner has a compression molecule collision of the refrigerant gas of the pipe
Reduced and chilled rooms are carried out and deliberately pressurized
Exhaust heat under the second law of thermodynamics to be higher than the outside air
Re -liquefied, condensed heat discarding again cycle of reduced pressure vaporization
Heating that increases pressure with constant volume and hits the molecule
A state formula that represents the pressure molecular temperature
Pressure x volume = molecular weight (n) x constant (R) x temperature (T)
PV = I can’t see the molecular movement in NRT
1/2mv2 × N = 3/2NRT
Temperature (T) appears on the right side with molecules (n) on the kinetic energy type
Connected by the molecular kinetic energy and the temperature (T) function
A gas molecular motion theory that connects the micro molecules and the macro temperature
Find more lyrics at myjpop.jspinyin.net
Lyrics あべりょう – 圧が強いと熱く弱いと冷たい 歌詞
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