(Moles, Gas Constant & Avogadro Constant) should be Adjusted to (Units of kg & kB) for Clarity

[David (Kronos Prime) Fuller]

(6.03676081927e+23 Avogadro) , (Gas Constant 8.33464489072)[edit]
((((376.730313/299792458) (m^2)) / (pi s)) / (6.03676081927e+23 * ((mol / 1000)^(-1)))) / Planck's constant = 1 mol / kg

1.38064852e-23 * 6.03676081927e+23 = 8.33464489072

((2.176470e-8 kg) * ((1.616229e-35 m)^2)) / ((1.416808e+32 K) * ((5.39116e-44 s)^2) * (1 gram)) = 1.38064821e-23 Boltzmann

((2.176470e-8 kg) * ((1.616229e-35 m)^2)) / ((1.416808e+32 K) * ((5.39116e-44 s)^2)) = 1.38064821e-26 Boltzmann / 1000

Mol is per Gram = (Mol * 1000) per kilogram

Mol should be Adjusted to units of Kilograms for Clarity

(6.03676081927e+23 Avogadro) , (Gas Constant 8.33464489072) , (Boltzmann's Constant) , (Mole)

((((376.730313/299792458) (m^2)) / (pi s)) / (6.03676081927e+23 * ((mol / 1000)^(-1)))) / Planck's constant = 1 mol / kg

1.38064852e-23 * 6.03676081927e+23 = 8.33464489072

((2.176470e-8 kg) * ((1.616229e-35 m)^2)) / ((1.416808e+32 K) * ((5.39116e-44 s)^2) * (1 gram)) = 1.38064821e-23 Boltzmann

((2.176470e-8 kg) * ((1.616229e-35 m)^2)) / ((1.416808e+32 K) * ((5.39116e-44 s)^2)) = 1.38064821e-23 = Boltzmann per kilogram

Mol is per Gram = (Mol * 1000) per kilogram


(Moles, Gas Constant & Avogadro Constant) should be Adjusted to (Units of Kilograms & Boltzmann's Constant) for Clarity


1.38064821e-23 * 6.03676081927e+26 = 8334.64301932

0.25 / 0.0000299792458 = 8339.10237995

1 / (4.00e-13 * 3e+8) = 8333.33333333

https://en.wikipedia.org/wiki/Mole_(unit)

The number of molecules per mole is known as Avogadro's constant, and is defined such that the mass of one mole of a substance, ((expressed in grams)), is equal to the mean relative molecular mass of the substance.

[David (Kronos Prime) Fuller]

Post by David (Kronos Prime) Fuller
(6.03676081927e+23 Avogadro) , (Gas Constant 8.33464489072)[edit]
((((376.730313/299792458) (m^2)) / (pi s)) / (6.03676081927e+23 * ((mol / 1000)^(-1)))) / Planck's constant = 1 mol / kg
1.38064852e-23 * 6.03676081927e+23 = 8.33464489072
((2.176470e-8 kg) * ((1.616229e-35 m)^2)) / ((1.416808e+32 K) * ((5.39116e-44 s)^2) * (1 gram)) = 1.38064821e-23 Boltzmann
((2.176470e-8 kg) * ((1.616229e-35 m)^2)) / ((1.416808e+32 K) * ((5.39116e-44 s)^2)) = 1.38064821e-26 Boltzmann / 1000
Mol is per Gram = (Mol * 1000) per kilogram
Mol should be Adjusted to units of Kilograms for Clarity
(6.03676081927e+23 Avogadro) , (Gas Constant 8.33464489072) , (Boltzmann's Constant) , (Mole)
((((376.730313/299792458) (m^2)) / (pi s)) / (6.03676081927e+23 * ((mol / 1000)^(-1)))) / Planck's constant = 1 mol / kg
1.38064852e-23 * 6.03676081927e+23 = 8.33464489072
((2.176470e-8 kg) * ((1.616229e-35 m)^2)) / ((1.416808e+32 K) * ((5.39116e-44 s)^2) * (1 gram)) = 1.38064821e-23 Boltzmann
((2.176470e-8 kg) * ((1.616229e-35 m)^2)) / ((1.416808e+32 K) * ((5.39116e-44 s)^2)) = 1.38064821e-23 = Boltzmann per kilogram
Mol is per Gram = (Mol * 1000) per kilogram
(Moles, Gas Constant & Avogadro Constant) should be Adjusted to (Units of Kilograms & Boltzmann's Constant) for Clarity
1.38064821e-23 * 6.03676081927e+26 = 8334.64301932
0.25 / 0.0000299792458 = 8339.10237995
1 / (4.00e-13 * 3e+8) = 8333.33333333
https://en.wikipedia.org/wiki/Mole_(unit)
The number of molecules per mole is known as Avogadro's constant, and is defined such that the mass of one mole of a substance, ((expressed in grams)), is equal to the mean relative molecular mass of the substance.

(6.0e+26 / 6.25) * 8333.3333333 * (375 / 3e+8) = 1e+24

(Avogadro / 2pi) * Gas Constant * (Impedance / c) = 1e+24


8333.333333 / 6.0e+26 = 1.3888889e-23 Boltzmann's

Gas Constant / Avogadro = 1.3888889e-23 Boltzmann's

[David (Kronos Prime) Fuller]

Post by David (Kronos Prime) Fuller

Post by David (Kronos Prime) Fuller
(6.03676081927e+23 Avogadro) , (Gas Constant 8.33464489072)[edit]
((((376.730313/299792458) (m^2)) / (pi s)) / (6.03676081927e+23 * ((mol / 1000)^(-1)))) / Planck's constant = 1 mol / kg
1.38064852e-23 * 6.03676081927e+23 = 8.33464489072
((2.176470e-8 kg) * ((1.616229e-35 m)^2)) / ((1.416808e+32 K) * ((5.39116e-44 s)^2) * (1 gram)) = 1.38064821e-23 Boltzmann
((2.176470e-8 kg) * ((1.616229e-35 m)^2)) / ((1.416808e+32 K) * ((5.39116e-44 s)^2)) = 1.38064821e-26 Boltzmann / 1000
Mol is per Gram = (Mol * 1000) per kilogram
Mol should be Adjusted to units of Kilograms for Clarity
(6.03676081927e+23 Avogadro) , (Gas Constant 8.33464489072) , (Boltzmann's Constant) , (Mole)
((((376.730313/299792458) (m^2)) / (pi s)) / (6.03676081927e+23 * ((mol / 1000)^(-1)))) / Planck's constant = 1 mol / kg
1.38064852e-23 * 6.03676081927e+23 = 8.33464489072
((2.176470e-8 kg) * ((1.616229e-35 m)^2)) / ((1.416808e+32 K) * ((5.39116e-44 s)^2) * (1 gram)) = 1.38064821e-23 Boltzmann
((2.176470e-8 kg) * ((1.616229e-35 m)^2)) / ((1.416808e+32 K) * ((5.39116e-44 s)^2)) = 1.38064821e-23 = Boltzmann per kilogram
Mol is per Gram = (Mol * 1000) per kilogram
(Moles, Gas Constant & Avogadro Constant) should be Adjusted to (Units of Kilograms & Boltzmann's Constant) for Clarity
1.38064821e-23 * 6.03676081927e+26 = 8334.64301932
0.25 / 0.0000299792458 = 8339.10237995
1 / (4.00e-13 * 3e+8) = 8333.33333333
https://en.wikipedia.org/wiki/Mole_(unit)
The number of molecules per mole is known as Avogadro's constant, and is defined such that the mass of one mole of a substance, ((expressed in grams)), is equal to the mean relative molecular mass of the substance.

(6.0e+26 / 6.25) * 8333.3333333 * (375 / 3e+8) = 1e+24
(Avogadro / 2pi) * Gas Constant * (Impedance / c) = 1e+24
8333.333333 / 6.0e+26 = 1.3888889e-23 Boltzmann's
Gas Constant / Avogadro = 1.3888889e-23 Boltzmann's

6.0e+26 * 2e-7 * 8333.333333 = 1e+24


2e-7 N = Force = ampere

https://upload.wikimedia.org/wikipedia/commons/f/f7/Ampere-def-en.svg





SI defines ampere as follows:

The ampere is that constant current which, if maintained in two straight parallel conductors of infinite length, of negligible circular cross-section, and placed one meter apart in vacuum, would produce between these conductors a force equal to 2×10−7 newtons per meter of length.

[David (Kronos Prime) Fuller]

(6.0e+26 / 6.25) * 8333.3333333 * (375 / 3e+8) = 1e+24

(Avogadro / 2pi) * Gas Constant * (Impedance / c) = 1e+24


8333.333333 / 6.0e+26 = 1.3888889e-23 Boltzmann's

Gas Constant / Avogadro = 1.3888889e-23 Boltzmann's

https://photos.app.goo.gl/9m15KFPqinlN

[David (Kronos Prime) Fuller]

((2.25e-8 * (1.66666666e-35^2)) / (5.555555555e-44^2)) / 1.3888888888e-23 = 1.458e+32 K

Polyhedral Planck Temp

[David (Kronos Prime) Fuller]

https://photos.app.goo.gl/fCv9hW9fLog8Fj5P2

https://goo.gl/5ZmFyW


sqrt(1/((c^3 )×(1.616229×10^(-35) meters)/(π/sqrt(1/(2 π) + 1))×(5.39116×10^(-44) seconds)/(π/sqrt(1/(2 π) + 1)))) = 6.02220471e+26 per kg