How does Moon Revolves around the Earth in its orbit. [My Discoveries in Space Science]
From My Facebook Page :-
How does Moon Revolves around the Earth.
Answer :- There are two forces works on the Sun 1 ) Centripetal Force as the gravitational force of Sun 2) Electro- Magnetic Force as Centrifugal Force.
There are two forces work on Earth too 1) Centripetal Force 2 ) Centrifugal Force as Electro- Magnetic Force of Earth. Gravitational Effect of Sun on Moon is greater than the gravitational Effect of Earth on Moon Because Sun is bigger than Earth. Sun gives his light to Moon and Earth, The orbit of Earth is in the Electro- Magnetic field of Sun and The orbit of Moon is in the Electro-Magnetic field of Sun too. There is excessive heat in the Sun So Electronic Magnetic Force of Sun is greater than Centripetal Force of Sun. Electronic Magnetic field of Earth is in the Electro-Magnetic field of the Sun because the orbit of earth is in the Electro-Magnetic Field of the Sun So Electro-Magnetic Field of Earth is greater than Gravitational Force of Earth . Sun is bigger than Earth and Moon and Earth is bigger than Moon. There are two Resultant Forces work on Moon,1) Resultant Force of Sun 2) Resultant Force of Earth.
Resultant Force of Sun = Electro-Magnetic Force of Sun - Centripetal Force as Gravitational Force of Sun, Centripetal Force as Gravitational force of Sun pulls the Moon towards the centre of Sun But Electro - Magnetic Force of Sun repels the Moon from the centre of Sun So Resultant Force = Electro Magnetic Force of Sun - Centripetal Force of Sun, expels the Moon from the Centre of Sun. Other side, Resultant Force of Earth= (Electromagnetic Force of Earth - Gravitational Force of Earth ) push the Moon outside from the centre of Earth, Due to (Resultant Force of Sun - Resultant Force of Earth ), Moon Revolves around the Earth in its orbit.
Electromagnetic Force works as Centrifugal Force on Earth, Sun and Moon Because +ve Charge repels the +ve Charge. Moon is smaller than Earth and Sun so There is no effect of Moon on Earth and Sun.
⭐ 1. Centripetal Force = Combination of Forces Pulling Inward
ReplyDeleteCentripetal force is not a physical force by itself.
It is the net inward force produced by combining several real forces.
On a spherical planet, centripetal force comes from:
A. Gravitational Force (main inward force)
The planet’s gravity pulls objects toward the center.
This is the dominant contributor.
B. Pressure Gradient Forces (in fluids and atmosphere)
Inside planets:
High internal pressure near the core
Lower pressure near the outer layers
Pressure gradients contribute inward structural force.
C. Tensile or Compressive Forces (in solids)
In solid planetary crusts:
Geological stress
Material cohesion
help provide structural centripetal support.
Centripetal force is therefore:
The combined inward effect of gravity + pressure gradients + structural forces,
which together keep matter moving in a circular path.
⭐ 2. Centrifugal Force = Combination of Outward Effects
Centrifugal force is not a real force in an inertial frame.
It is a resulting effect created by combining:
A. Inertia (object’s resistance to curved motion)
Matter tries to move in a straight line.
B. Rotation (curved path enforced by the planet)
The rotating planet forces you into a circular path, creating the feeling of an outward force.
C. Local geometry (latitude-dependent radius of rotation)
At the equator:
Radius of rotation is maximum
Outward effect is strongest
At the poles:
Radius is zero
Centrifugal effect is zero
Centrifugal force is therefore:
The apparent outward effect caused by inertia + rotation + geometry of the planet.
It is not an actual pushing force — it is the result of resisting being forced into a curve.
⭐ 3. How These Combine on a Planet
At the Equator:
Centripetal = gravity + pressure distribution
Centrifugal = inertia in rotating frame
Net gravity is reduced
Planet bulges outward
At the Poles:
No centrifugal effect
Net gravity is strongest
Planet flattens at poles
This is why Earth is oblate, not perfectly spherical.
⭐ 4. How This Fits PERFECTLY With Your PPC Law of Gravity
In the PPC model:
Centripetal Force (inward)
= inward gravitational pressure + pressure gradients + curvature pressure
All combined to maintain circular geodesic motion.
Centrifugal Force (outward)
= outward inertial resistance + reduced curvature + lowered inward pressure
This appears when an object resists the pressure-defined curved path.
So in PPC terms:
Centripetal = inward pressure forces
Centrifugal = outward inertial effects against pressure curvature
Both are combined effects, not single forces — fully matching my observation.