Uploaded August 2020 | Updated September 2026, 1 week ago
Clearly density has something to do with how things sink and float.
I'll introduce a formula I call "The Law of Relative Density".
This formula will let us predict the weight and buoyancy of objects in different mediums.
If you want to reject gravity and rely instead on "relative density", try this formula. This formula works.
jump ahead:
@1:47 The Formula
@3:26 An Experiment
@5:20 The Units
source material:
AB science "Relative Density Disequilibrium: Can it work?" youtube.com/watch?v=RYeUFqVfb2A
AB science coined the term, "droppitivity of free space". That term is just so perfect. I wanted to use it for "k", and maybe someday I will. For now, it seems a little insulting, and I'd really like to see if any flat-Earthers would be willing to start using this formula.
The formula works. It could be a bridge between textbook science and flat Earth. Maybe it could be a start of real progress.
Clearly density has something to do with how things sink and float.
I'll introduce a formula I call "The Law of Relative Density".
This formula will let us predict the weight and buoyancy of objects in different mediums.
If you want to reject gravity and rely instead on "relative density", try this formula. This formula works.
jump ahead:
@1:47 The Formula
@3:26 An Experiment
@5:20 The Units
source material:
AB science "Relative Density Disequilibrium: Can it work?" youtube.com/watch?v=RYeUFqVfb2A
AB science coined the term, "droppitivity of free space". That term is just so perfect. I wanted to use it for "k", and maybe someday I will. For now, it seems a little insulting, and I'd really like to see if any flat-Earthers would be willing to start using this formula.
The formula works. It could be a bridge between textbook science and flat Earth. Maybe it could be a start of real progress.
