CYCLICAL TIME – COMPLETE & SIMULTANEOUS UNIVERSE
Theory of Complete Time and Relativity of Energy
(A unified theory on time, space, matter and forces)
Physical sizes, units and dimensions
|
System Units International
(SI)
Physical size |
Product or quotient |
Unit |
Symbol |
|
|
|
|
Length |
- |
m (metre) |
l, d, λ |
Time - Period |
1/f |
sec |
t, Τ |
Frequency |
Rate of change |
1/sec = Hertz
|
f, n, ω |
Plane angle |
Arc length = Radius |
m / m = rad |
° |
Surface |
Length2 |
m2 |
s |
Volume |
Length3 |
dm3 |
V |
Velocity |
Length / Time |
m/s |
v, u |
Mass |
Force/ Accelerator |
kg |
m, Μ |
Accelerator |
Length / Time2 |
m/s2 |
a |
Momentum |
Mass × Velocity |
m × v = kg m /s |
p |
Force |
Mass × Accelerator |
m × a = kg m /s2 |
N (Newton) |
Energy |
Force × Length |
N × m = kg m2 /s2
|
J (Joule) |
Power |
Energy / Time |
J/s = kg
m2 /s3
|
W (Watt), P |
Angular momentum |
Mass × Velocity × Radius |
kg m2
/s |
L |
Pressure |
Force / Surface |
Ν/m2 |
Pa (Pascal) |
Density |
Mass / Volume |
kg/m3 |
- |
Specific weight |
Force / Volume |
N/m3 |
- |
Electric current |
Coulomb / s
|
A (Amber) |
Α, i |
Potential difference |
Joule /
Coulomb |
V= (kg
m2 )/A s3
=J/A s |
V (Volt) |
Electrical resistance |
Voltage / Current = V/Ι |
Ω=(kg
m2 )/A2
s3 |
R, z |
Conductance |
Current / Voltage = Ι/V |
S=(s3
A2 )/ kg m2
|
S (Siemens) |
www.cosmonomy.eu
UNITS AND FUNDAMENTAL RELATIONS IN PHYSICAL SIZES
(kg m2 /s2 ) / (kg m /s ) = m /s |
(kg m2 /s2 ) / (m /s ) = kg m /s |
ENERGY / MOMENTUM = VELOCITY |
ENERGY / VELOCITY = MOMENTUM |
|
|
(kg
m /s ) × (m /s) = kg m2 /s2 |
(kg
m /s ) / (m /s ) = kg |
MOMENTUM × VELOCITY = ENERGY |
MOMENTUM / VELOCITY = MASS |
|
|
(kg
m2 /s2 ) / m = kg m /s2 |
(kg
m /s2 ) × m = kg m2 /s2 |
ENERGY / LENGTH = FORCE |
FORCE × LENGTH = ENERGY |
|
|
(kg
m /s) / s = kg m /s2 |
(kg
m /s2 ) × s = kg m /s |
MOMENTUM / TIME = MOMENTUM × FREQUENCY = FORCE |
FORCE × TIME = MOMENTUM |
|
|
(kg
m /s2 ) × (m /s ) = kg m2 /s3 |
(kg m2 /s3 ) / (kg m /s2 ) = m /s |
FORCE × VELOCITY = POWER |
POWER / FORCE = VELOCITY |
|
|
(kg m2 /s3 ) / (kg m2 /s2 ) = 1/s = Hz
|
(kg m /s2 ) / kg = m /s2 |
POWER / ENERGY = FREQUENCY |
FORCE / MASS = ACCELERATION |
|
|
Hz
× m = m /s |
(m /s) / m = 1/s = Hz |
FREQUENCY × LENGTH = VELOCITY |
VELOCITY / LENGTH = FREQUENCY |
|
|
(m /s2 ) / (m /s ) = 1/s = Hz |
(m
/s) × Hz = m /s2 |
ACCELERATION / VELOCITY = FREQUENCY |
VELOCITY × FREQUENCY = ACCELERATION |
|
|
(m
/s2 ) / Hz = m /s |
(m
/s) / (m /s2 ) = sec |
ACCELERAT / FREQUENCY = VELOCITY |
VELOCITY / ACCELERATION = TIME |
Table of some symbols for multiples and sub-multiples
units:
Numeric
factor |
Greek
term |
English
term |
Symbol |
|
|
|
|
1018 |
έξα |
exa |
E |
1015 |
πέτα |
peta |
P |
1012 |
τέρα |
tera |
T |
109 |
γίγα |
giga |
G |
106 |
μέγα |
mega |
M |
103 |
κίλο |
kilo |
k |
|
|
|
|
10-2 |
σέντι |
centi |
c |
10-3 |
μίλι |
milli |
m |
10-6 |
μίκρο |
micro |
μ |
10-9 |
νάνο |
nano |
n |
10-12 |
πίκο |
pico |
p |
10-15 |
φέμπτο |
fempto |
f |
10-18 |
άτο |
atto |
a |
• Notation: Generally, the measurement is a comparison of sizes and the numbering of
their dispute with reference to a selected size. People have created numerical models and measurements systems since ancient times, depending on their
needs, their knowledge and the available technical means. Especially today, with the proliferation of knowledge and its utilization in all world, it is
necessary the people to consult and to have a common language, at least for the scientific issues. Some reference standards and measurement methods
have been accepted worldwide and, standards for measuring the sizes have set by international organizations. In physics is used a measurement system such as the system SI
(System International). The units of measurement, at times defined by a theoretical calculation and sometimes, with the use of constructed standards of highest technology.
Remark, units of measurement could be selected with a different calculation and an alterative comparison.
©2010 ISBN 978-960-93-2431-1 | ©2012 ISBN 978-960-93-4040-3
|
*
|
Φυσική: Physics: time, period, frequency, length, distance,
space, free space, radius, circle, rotation, orbit, velocity of light, radiation, wave, electromagnetism, Hertz, ultraviolet, infrared, standing wave,
acceleration-deceleration, centripetal force, movement, oscillation, co-ordination, interference, attraction, gravity, particle, mass, momentum.
|
|