VenomByte
Scholar
- Joined
- Oct 17, 2005
- Messages
- 271
For the wannabe Physics buffs:
The larger mass will have the greater effective acceleration, as explained both earlier in this thread, and in the Millennium Theory of Inertia and Gravity.
However, this assumes the two objects are point masses, which is unlikely. In reality, the size (mass distribution/densoty) of the objects will have an effect and the object of the larger mass could in theory fall more slowly - which you can read about here
And if you still aren't convinced, you should read this too.
The larger mass will have the greater effective acceleration, as explained both earlier in this thread, and in the Millennium Theory of Inertia and Gravity.
However, this assumes the two objects are point masses, which is unlikely. In reality, the size (mass distribution/densoty) of the objects will have an effect and the object of the larger mass could in theory fall more slowly - which you can read about here
And if you still aren't convinced, you should read this too.