Why Orbital VELOCITY (V) of planet Mercury is higher than Earth while V of Pluto is lower than Earth? There is one four-Century-old vague law of Kepler, which is linked with distance to calculate Velocity. There is no reasoning that how and why distance influence Velocity.
Now, I have discovered a new Law of ORBITAL VELOCITY as below:
THE LAW (3): V a D :
THE VELOCITY OF PLANET IS PROPORTIONAL TO DENSITY OF PLANET
As we have already computed DENSITIES of planets, now let us derive VELOCITY on basis of DENSITY:
(1) DENSITY is known factor
(2) VELOCITY in Kilometres per Second.
(3) C = constant = 29.8 = Earth Velocity.
(4) MULTIPLY DENSITY WITH 29.8, RESULT WILL BE VELOCITY IN Kilometres per Second.
(5) MULTIPLY DENSITY WITH 18.5, RESULT WILL BE VELOCITY IN Miles per Second.
Now let us compute and test the LAW (3) with actual observation.
TABLE 2: V a D
|
PLANETS
|
DISTANCE
: Earth = 1 |
CONSTANT 29.8 = Earth V |
= VELOCITY in Klm/Sec. |
| MERCURY | : 1.607 | x 29.8 | = 47.9 Klm/Sec. |
| VENUS | : 1.175 | x 29.8 | = 35.0 Klm/Sec. |
| EARTH | : 1.000 | x 29.8 | = 29.8 Klm/Sec. |
| MARS | : 0.809 | x 29.8 | = 24.1 Klm/Sec. |
| JUPITER | : 0.438 | x 29.8 | = 13.1 Klm/Sec. |
| SATURN | : 0.323 | x 29.8 | = 09.6 Klm/Sec. |
| URANUS | : 0.228 | x 29.8 | = 06.8 Klm/Sec. |
| NEPTUNE | : 0.182 | x 29.8 | = 05.4 Klm/Sec. |
| PLUTO | : 0.159 | x 29.8 | = 04.7 Klm/Sec. |
NOTE: 29.8 constant is Earth Velocity.
By multiplying Density with 18.5, result will be Velocity in Miles per Second. 18.5 is constant which is Earth Velocity in Miles per Second.
The above Computed result of ORBITAL VELOCITY of planets can be verified for its accuracy and correctness with any standard Text Books of Astrophysics. This is mean Velocity of planets around the Sun in their orbits.
WHY VELOCITY is proportional DENSITY?
The answer is there in STREPULSION-PHYSICS, the new science established by us. As per STRP, ORBITAL VELOCITY IS ACTIVATED BY RETRACTION FORCE (RTF). RTF acts on planetary bodies in ratio proportional to their DENSITIES, so VELOCITY is proportional to DENSITY. RTF a D a V