Ⅹ Law of motion => heat physics

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Ⅹ Law of motion => heat physics

when we find

power moves Object ( Ⅶ )
gravity within Object ( Ⅶ )
length between object ( ⅰ )

= we find heat physics

( Ⅶ ) & ( ⅰ ) = > ( Ⅹ )

ⅹ Composition = 錬成

Ⅹ Law of motion => heat physics

point :

🐓 1⃣ heat = sum of small vibration energy of particles

= Brownian motion - Wikipedia

🐓 2⃣ object that store info , vibrates

particles in save system = read location info of particles

🐓 3⃣ randomness ~= energy

randomness => energy & energy => randomness

⚖️heat physics 3 Laws = Newton Leibniz 3 Law

source: Newton, leibniz, Clausius, jesus, Clapeyron, Thomson

Newton Leibniz 3 laws

1⃣ Power from universal gravitation Fa = GMm / r^2

2⃣ F = m Σ a

3⃣ In ALL action, energy is preserve.

heat physics 3 Laws

Q1⃣ heat moves within 2 case of object H & U till H & U become same temperature. why ?

A1⃣ if 2 particle crush, power moves from 1 particle to another particle.

faster particle, can crush to slower particle

◎	slow particle <= fast particle	(can clash)
✕	slow particle => fast particle	(can't clash)

between 2 cases, always faster particle push slower particle .

so heat = movement energy

moves from Low temperature to High temperature.

Q2⃣ δU = - δW + δQ

U : total internal energy

W : output length ・　Force from system

Q : input heat into system

δ means slite change of something 's quantity

A2⃣ preservation of energy

= preservation of movement energy of particles, to each XYZ vector

is answer.

Q3⃣ Clausius's fundamental

if there is 2 things A & Q

if temperature of A = T(A) and temperature of Q = T(Q)

if T(A) < T(Q), move only heat itself from A to Q is impossible

A3⃣ resembles to A1⃣,

but move heat from A to Q is in fact possible,

with lazer cooling

Q4⃣ Nernst fundamental

temperature of A = T(A) => "absolute" 0 temperature is impossible

if energy have no minimum unit, cool down with ( pv=nRT ) impossible.

if E = mc^2 right, energy may have minimum unit.

if energy ~= particle, "absolute" 0 temperature may possible.

! pv=nRT, not always true.

its approximation equation, when atom radius ~= 0

=> pv=nRT, hard to confirm in real experiments

heat physic => entropy theory

source:

Claude Elwood Shannon

( concept of info entropy )

immanuel kant

Abraham Maslow

(maslow desires)

Werner Karl Heisenberg

& Masanao Ozawa

(law of uncertainty)

Rudolf Julius Emmanuel Clausius

(law of heat physics 123)

Richard Feynman

朝永振一郎

( effective mass

(space physics) )

William Thomson,

1st Baron Kelvin

(temperature unit: Kelvin)

Andrey Markov

(markov map)

Benoît Paul Émile Clapeyron

(law of heat physics with Clausius)

Ludwig Boltzmann

( entropy equation )

tetsuro akasaka

( gravity cos wave manipulate method )

jesus(bible)

🐓

1⃣ convert equation between

🌀shannon 's info entropy & 🔥boltzmann 's heat entropy

source: Stephen Hawking, Ludwig Boltzmann, Rudolf Clausius, , Claude Elwood Shannon

entropy, is quantity, about randomness.

we can convert

🌀info entropy & 🔥heat entropy

info entropy = H = Σ p(x) log₂ (p (x) ) 🌀

heat entropy = s = kB loge (W) 🔥

s = H ・ log ₂ e ・kB

info randomness <=> energy

🌀 you can solve all problem, if we reduce entropy

=

🌀 problem will increase, if we increase entropy

🌀 entropy increase = Bad event

・ cell, become old

・ visible area, become small

・ fake info increase

・ time cost increase

reason = ratio, of necessary info quantity vs non necessary info

・ residence of metal increase

reason = random move metal particle, confliction possibility increase

🧭 entropy flow = direction of Bad event

if we check
residence of metal,

where residence of metal high,

where vibration of metal increase.

flow of info entropy
can be find.

source: Pirates of the Caribbean - Wikipedia

& 風水 - Wikipedia

& JoJo's Bizarre Adventure: Stone Ocean - Wikipedia

🧭 ① let s check metal conductivity difference,

on compass circle ' s 8 ways

if there is high metal conductivity way,

that shows

" from what way " info entropy come from

🧭 ◎ reason

hot metal ... conductivity become small.

and also,

a lot of info entropy having metal

...

friction of electron become big = conductivity become small.

🧭 ◎ how do we understand about outcome ?

① prescious big info, might there

② bad event, come from that direction

③ some object, exist at that direction

🐓 other method to measure info entropy

		◎ reason	◎outcome
①check liquid friction difference	Viscosity - Wikipedia	= friction of water, might increase if info entropy= vibration of water increase.	warter, hard to flow
②check metal conductivity difference	Electrical resistivity and conductivity - Wikipedia	hot metal ... residence become big, ~= conductivity become small.	friction in brain circuit => if different, fight happens.
③check air pressure difference	Torricelli's experiment - Wikipedia	air also become heavy if info is heavy,	high air pressure, might happens.