Jeff Cook Equations Quick
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Cook's New Electrogravity Theory (the
NET) Equations:
Note: In all cases below, when the letter
'n' is expressed following the equations,
it references the atomic number of the value
below it.
* Hydrogen's
surface area: S_aH
S_aH = lambda_es * lambda_eo
S_aH = ( B_r + e_r ) * pi^2 * ( B_r
- e_r )
At n = 1:
S_aH = 5.8872947... E-24 m^2
Where lambda_es is the electron's
spin circumference, lambda_eo is
the electron's orbit circumference
in Hydrogen, B_r is the Bohr Hydrogen
radius, e_r is the classic electron
radius and pi is the Irrational
number equal to 3.1415926....
* Hydrogen's
tachyon relative speed of light: c'
c' = B_r * V_g / ( e_r * alpha )
c' = c * B_r / e_r
At n = 1:
c' = 5.6297621... E+12 m s^-1
Where B_r is the Bohr Hydrogen
radius, V_g is the group velocity
(or electron orbit velocity), e_r
is the classic electron radius, alpha
is the fine structure constant and
c is the speed of light.
* Tachyon
charge: q_t
q_t = Sqrt { 2 * h * f_es * epsilon_o
* lambda_es }
q_t = Sqrt { 2 * h * epsilon_o * V_f
}
At n = 1:
q_t = 2.1955586... E-17 C
Where h is Planck's constant,
f_es is the electron spin frequency,
epsilon_o is the permittivity of
free space, lambda_es is the electron
spin circumference and V_f is the
phase velocity (or electron spin
velocity).
* Hydrogen's
electron spin energy: E_es
E_es = q_t^2 / ( 2 * epsilon_o * lambda_es
)
At n = 1:
E_es = 1.5374453... E-09 J
Where q_t is the tachyon charge,
epsilon_o is the permittivity of
free space and lambda_es is the
electron spin circumference.
* Electron's
tachyon and muon electrical potential: phi_tm
phi_tm = h * f_x / q
At n = 1 / alpha:
phi_tm = 4.1490044... E-14 V
Where h is Planck's constant,
f_x is the quantum electrogravitational
frequency (or Bayles f_LM), q
is the electron charge and alpha
is the fine structure constant.
* Electron's
electrogravitational constant: k_e
k_e = P_e * V_e
k_e = E_tm / 3
k_e = ZPE / 1.5
At n = 1 / alpha:
k_e = 2.2158124... E-33 J
Where P_e is the electron's electrogravitational
pressure, V_e is the electron
volume, E_tm is the electron's
tachyon and muon electrical energy,
and ZPE is the electron's zero point
energy.
* Electron
temperature: T_e
T_e = P_e * k_e
T_e = 1 / V_e
T_e = 1.5 * F_tm / ( ZPE * S_ae )
At n = 1 / alpha:
T_e = 1.0668811... E+43K
Where P_e is the electron's electrogravitational
pressure, k_e is the electron's
electrogravitational constant, V_e
is the electron's volume, F_tm
is the electron's tachyon and muon electrogravitational
force, ZPE is zero point energy,
S_ae is the electron's surface area
and alpha is the fine structure
constant.
* Electron's
tachyon and muon electric field: E_ftm
E_ftm = phi_tm / e_r
E_ftm = phi_tm * k_e
At n = 1 / alpha:
E_ftm = 1.4723536... E+01 V m^-1
Where phi_tm is the electron's tachyon
and muon electrical potential, e_r
is the classic electron radius and
k_e is th electron's electrogravitational
constant.
* Electron's
permittivity: epsilon_e
epsilon_e = q_t / ( 4 * pi * E_ftm
* e_r^2 )
At n = 1 / alpha:
epsilon_e = 1.4943746... E+10 F m^-1
Where q_t is the tachyon charge,
pi is the Irrational number equal to
3.1415926..., E_ftm is the electron's
tachyon and muon electric field, e_r
is the classic electron radius and
alpha is the fine structure constant.
* Electron
permeability: mu_e
mu_e = ( c'^2 * epsilon_e )^-1
At n = 1 / alpha:
mu_e = 2.1113510... E-36 H m^-1
Where c' is the tachyon relative
speed of light, epsilon_e is the
electron's permittivity and alpha
is the fine structure constant.
* Tachyon
mass: m_t
m_t = h^2 * epsilon_e / ( pi * i *
q_t * e_r )
m_t = h^2 * epsilon_e / ( log_e (-1)
* q_t * e_r )
At n = 1 / alpha:
m_t = -3.3755512... E-26 kg
Where h is Planck's constant,
epsilon_e is the electron's permittivity,
pi is the Irrational number equal to
3.1415926..., i is the Imaginary
number equal to the square root of -1,
q_t is the tachyon charge, e_r
is the classic electron radius, log_e
is the natural logarithm and alpha
is the fine structure constant.
* Tachyon
radius: t_r
t_r = mu_e * q_t / ( 4 * pi * m_t
)
At n = 1 / alpha:
t_r = -1.0928257... E-28 m
Where mu_e is the electron's permeability,
q_t is the tachyon charge, pi
is the Irrational number equal to 3.1415926...,
m_t is the tachyon mass and
alpha is the fine structure constant.
* Tachyon
and muon electrostatic force: F_tm
F_tm = q_t^2 / ( 4 * pi * epsilon_e
* e_r^2 )
At n = 1 / alpha:
F_tm = 3.2326385... E-15 J m^-1
Where q_t is the tachyon charge,
pi is the Irrational number equal to
3.1415926..., epsilon_e is the
electron's permittivity, e_r
is the classic electron radius and
alpha is the fine structure constant.
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