Superphysics
The Gravitational Constant
December 11, 2024 1 minutes • 175 words
Table of contents
Newton’s Universal Law of Gravitation
Newton’s Universal Law is based on the idea that the force of gravity comes from matter. Therefore gravity increases with the mass of a body since mass is the amount of matter in a body.
This is given by the formula:
F = G (m1 m2)/r^2
We convert this into Material Superphysics:
| Variable | Newtonian | Superphysics |
|---|---|---|
| F | Force of Gravity | Force of mosts |
| G | Gravitational Constant | most volume |
| m | mass | som volume |
This translates to: “The force of gravity between the 2 soms are based on the most volume between them.”
As you can see, our interpretations of the variables are more intuitive.
Newton’s G and g
G is the gravitational constant of Newton and is the general push-force of the mosts on soms.
g is its specific force by the mosts on the Earth (a planetary som or qost) that affects other soms. This leads to 9.81 m/s^2 all around the Earth.
The g of earth is different from the g of Jupiter because their som and qosts are different.
