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ON THE NATURE OF PHYSICAL VALUES AND PHENOMENA
CONTENTS
On the nature of physical values and phenomena (Part I)
Foreword
Foreword (Part I)
Russian
ON THE NATURE OF PHYSICAL VALUES AND PHENOMENA
1. Hubble's constant. On the nature of physics values and phenomena and systems of their measurement
v = Hr,
H (1,6
3,2)10-18 (Hz) .
T = 1/H (3
6)1017 (s)
T (1
2)1010 (years)
X = Tc
X ( 9
18)1025 (m) meters.
H = kdV / dT
H = kV'
H = k(V'-TV" ) ,
H = Ho - TH'
H = Ho - H( T )
H' = - kV"
- kV"
Russian
2. On the nature of mass
m = v"
m = sx"
m = v/2
kg = [Km] (m3/s2),
Km 1/G (1,499)1010 (kg.s2/m3)
Km= 4/ G.
M = Km (X3)"
F = Km (X4)"" ([Km]m4/s4)
m = x2x1"
f = x2 (x1") (x2"),
F = X2 (X1") (X2") / G,
dw = w(dv) - w(x") = 0
w(dv) = pdv
pdv = (f/s)dv = [(x4)""/s]dv
w(x") = m(x")dx
m(x")dx = v"(x")dx
w(dv)-w(x")=[(x4)""/dx2]dv-v"x"dx =(x4)""dx- (x4)""dx=0
dM = MdX'(2X'o - dX') / (X'o - dX')2
3. On the nature of electrostatic charge
Russian
q = v"
q = sx"
q = v/ 2 .
[Q] = C = As = [Kq](m3/s2)
Kq = (4
o/G)1/2
1,29 (As3/m3)
Q= Kq(V/T2) (C)
F = (1/G)(X4)"" (N),
F = Kq(G/4)MQ / X2 .
f = v"mv"q / x2 .
Russian
4. On the nature of magnetic field
= v"
= K
V"
b = x"
B = X"
= sx"
= v / t2
'lim = (
o/
G)1/2c3 = c2 (
oG) -1/2 .
'lim = c2 (
o G)-1/2 ,
'lim
3,6776 . 1027 (V)
'lim = 1
Russian
5. On the nature of electric current
dF = I . dX . B
i = (x2)"
i = x2 / 2
A = [Ki]m2 / s2
Ki = (2/
oG)1/2
2,73752 . 108 (As2/ m2)
I = (2/
oG)1/2 (X2)"
Iq = 2(
o/ G)1/2V'''
V''' / (X2)" = (2 /
oG)1/2 . 0,5(
o/ G)-1/2
X' = (2o
o)-1/2
X' = 0,51/2c = C (m/s)
Ilim = (o/ G) 1/2c3
Ilim = ( /
oG) 1/2c2
Ilim = (o/ G) 1/2c3
Ilim = (1 / oG)1/2c2
Ilim 9,8154 . 1024 (ю)
Russian
6. On the nature of voltage
u = s"
u = (x2)"
U = Ku S"
R = (o / 16
2
o)1/2
U = RI = (o / 16
2
o)1/2 (4
/
oG)1/2(X2)"
U = (4oG)-1/2(X2)"
U = ' = [(
o/ 2
G)(X3)"]'
U = (4oG)-1/2(X2)"
U = Q / C = (4o / G)1/2(X3)"/ (4
o)dX = (4
oG)-1/2(X2)"
L = (o/ 16
2
o)1/2dT
U = LdI / dT = (o / 16
2
o)1/2 dT.(4
/
oG) (X2)" / dT = (4
oG)-1/2 (X2)" .
U = Ku(X2)",
U = Ku X1 X"2 .
U = KcM / C
Kc = (4oG)1/2
U = (4oG)1/2(1 / G) (X3)'' / 4
odX = (4
oG)-1/2(X2)"
(dS = S2 - S1):
U = Ku S"
Ulim = 'lim
(See article 4).
Russian
7. On the nature of electric resistance
R = U / I
I = Ki(X2)" and U = KuS"
R = KrS" / (X2)"
Kr = Ku / Ki = (o/
o)1/2
R = KrV / X3 ,
Russian
8. On the nature of self-induction's coefficient and electric capacitance
U = LI'
L = U / I'
l = u / i' = udt / di
u / di = r = k
l = kdt = dt
L = Kl S" / (X2)"
L = (o/
o)1/2 dT
L = odX ,
U = Q / C or C = Q / U
c = (x3)" / (x2)" = kdx
C = Kc dX
C = (o/
o)1/2 dT
dX / dT = 1 / (2o
o)1/2
c = kdt or
c = dt , that is k = 1
Russian
9. On the nature of interactive forces between bodies and fields
4
F = (1/G) П Xj)n"...i
n =1
4 |
4 |
4
F = (1 / G) П (Xjk)n" ...im
k, m, n =1
F = (1 / G) [(Xb)"...a]c [(Xk)"...d]l [(Xn)"...m]p [(Xw)"...v]z ,
F = (1 / G) [(Xb)"...a]c [(Xk)"...d]l Xm / Xn Tp
[F] = [1 / G](m4 / s4) .
F = MX"
F = (1 / G) (X3)" X"
F = (o/ 2
)1/2 I1 I2 = (o/ 2
) (2
/ oG) (X12)" (X22)"
F = (1 / G) (X12)" (X22)"
F = 2M
X' = 2(1 / G) (X13)" 1' [0,5(2R)' ]
F = (1 / G) (X13)" (X2)' / dT .
F = GM1M2 / X2 = G(1 / G)(X13)" (1 / G)(X23)" / X2
F = (1 / G) (X13)" (X23)" / X2 .
F = 4
BФ / o
F = (2
/ o) BФ = (2
/ o) (
o/ 2
G) (X13)" (X2)"
F = (1 / G) (X13)" (X2)" .
F = 2B2S / o ,
F = 2(o/ 2
G) (X2)" (X2)"
X2 / o .
F = (1 / G) [(X2)"]2 X2 .
F = (2 /
o) Ф1 Ф2 / X2 = (2
/
o) (
o/ 2
G) (X13)" (X23)" / X2
F = (1 / G) (X13)" (X23)" / X2
F = IXB = (2 /
o G)1/2 (
o/ 2
G)1/2 X (X12)" (X2)"
F = (1 / G) X (X12)" (X2)"
F = IФ X1 / X22 = (2 /
oG)1/2 (Xi2)" (
o/ 2
G)1/2 (Xф3)" X1 / X22
F = (1 / G) (Xi2)" (Xф3)" X1 / X22
F = Q X'B
F = (4
o / G)1/2 (XТ3)" X' (o/ 2
G)1/2 (Xb)"
F = (1 / G)( o
o)1/2 (XТ3)" X' (Xb)"
(o
o)1/2 = 1 / X'c
F = (1 / G) (XТ3)" X' (Xb)" / X'c
F = Q U / X = (4
o/ G)1/2 (Xq3)" (Xu2)" / X(4
o / G)1/2
F = (1 / G) (Xq3)" (Xu2)" / X
F = K U1 U2 = K (X12)" (X22)" / (4
o/ G)1/2 ,
K = 4
o ,
F = (1 / G) (X12)" (X22)"
F = (G / 4
o)1/2 QM / X2
F = (G / 4
o)1/2 (4
o/ G)1/2 (Xq3)" (XЛ3)" / X2
F = (1 / G) (Xq3)" (XЛ3)" / X2
F = QKI / X
F = K(4o / G)1/2 (Xq3)" (4
/
oG)1/2 (Xi2)" / X
K = (o/ 16
2
o )1/2 = R
F = (1 / G) (Xq3)" (Xi2)" / X
F = RIQ / X = UQ / X ,
F = KUI
F = K(4 /
oG) (Xi2)" (Xu2)" / (4
oG)1/2
K = (o
o)1/2
F = (1 / G) (Xi2)" (Xu2)"
F = KMФ / X2
F = (1 / G) (XЛ3)" (o/ 4
G)1/2 (XТ3)" / X2 .
K = (4G /
o)
F = (1 / G) (XТ3)" (XЛ3)" / X2
F = KФQ / X2
F = K(o/ 4
G)1/2 (Xф3)" (4
o / G)1/2 (Xq3)" / X2 .
F = (1 / G) (XТ3)" (Xq3)" / X2 .
F = KФU / X
F = K(o/ 4
G)1/2 (XТ3)" (Xu2)" / (4
o G)1/2 X
K = 4 (
o/
o)1/2
F = (1 / G) (Xф3)" (Xu2)" / X
Flim = (1 / G)c4 1,210673 . 1054 (N)
Flim 3,0266825 . 1053 (N)
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