No I'm not saying that either.
okay. when i asked
"any ideas on what causes it other than mass?"
you wrote:
Density/buoyancy.
More mass doesn't have more gravity at all. More density causes this phenomenon [of gravity]
So the phenomenon of things falling isn't the same phenomenon that is supposedly caused by gravity. (Things attracted in all directions. Like how the moon supposedly pulls up on the earth.)
The phenomenon of things falling down or floating up is caused by buoyancy/density.
The phenomenon of gravity pulls in all directions, not just straight down. This is what I want an experiment of. One that I can actually do fairly easily.
Does that make sense?
say 'force of gravity' gravity is just the observed phenomenon
without that, it's like saying gravity is caused by gravity
so that phenonemon of things falling or being attracted in all directions like the moon pulling up on earth.
okay got it.
you are saying this phenomenon is caused by density
I think what you mean to type is that "it's not only the mass that affects gravity."
Mass is too vague of a statement.
Rather, you believe the density is the thing that creates the force
Said another way, it is how much mass is allocated in a specific space determines the acting on it.
So if the mass is spread out over many miles, it does not affect it as greatly as the same mass spread out over inches.
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