- #1
myink
- 18
- 0
I learned the formulas [tex]F = G \frac{m_1 m_2}{r^2}[/tex] and [tex]F = m \cdot a[/tex] and also saw mathematically that objects have the same gravitational acceleration and will fall down at the same rate, also demonstrated in a video by people that were on our moon, even though one object clearly has more force with the body of mass that it is falling on.
So if the force does not affect how strongly the object is pulled towards the mass, what is the point of it, since all masses are moving towards each other at the same rate?
So if the force does not affect how strongly the object is pulled towards the mass, what is the point of it, since all masses are moving towards each other at the same rate?