Again, if you expect people to read stuff you wrote, try reading their stuff.
Reading your stuff doesn't mean accepting it is true.
Your stuff is still providing no reason at all for objects to fall.
The density of an object and buoyancy are on one big spring scale.
These are different units. It makes no sense to compare them.
You can compare weight and buoyancy, as both are forces. But you cannot compare density and buoyancy.
If an object is dense or massive, more than the buoyancy of air (which is not much, compared with water), it falls.
Again, this makes no sense.
You may as well be saying "If an object is more dense than 5 V". It makes no sense as the units are incomparable.
The only way to have this make sense is if you are comparing values with the same units.
e.g. If the weight (downwards force due to gravity) of an object is greater than the buoyant force acting on it, it falls.
If the weight is less than the buoyant force, it rises.
Archimedes had already long since established buoyancy as the force involved in the rising and sinking of objects within a medium
No, he didn't.
He made an observation, which didn't have an explanation.
Gravity gives us this explanation, an explanation which is transferrable to other contexts, such as in an accelerating vehicle or a centrifuge.
Gravity causes a pressure gradient in the fluid, a pressure gradient which acts to push all objects upwards, reducing the apparent weight of the object when it is immersed in that fluid.
If the buoyant force is great enough, it causes the apparent weight to be negative, resulting in the object floating upwards.
I suppose you expect me to type in some long string of numbers and variables and constants. Well tough, because our science class didn't teach us any of those. Or I forgot them.
And that makes you incapable of critically evaluating your own BS to see why it doesn't work.
You have multiple forces involved, but you just ignore some without any justification of why you should be able to.
The justification would require you to calculate how significant each force is, so you can dismiss the insignificant ones.
But instead, you just dismiss the most significant force to pretend you have found a problem.
You've seen my models and ignored them.
No, we have seen them and clearly explained how they are not representing the RE you are claiming to represent with them.
We have clearly explained the flaws in these models and why they do not prove what you pretend they do.
But you then ignore all that because you want to pretend you have refuted the RE even though you cannot demonstrate or explain a single issue with it.
I can go into the sink and confirm without a doubt that a ball, that I use as a model of the Earth
Is in no way representative of Earth with regards to gravity as you are performing the experiment well inside the Roche limit of a much more massive object.
Gravity is assumed because we drop objects, it must be a force pushing them down.
A downwards force is concluded as objects need a force to cause them to accelerate, to cause them to push down on scales, to cause them to feel heavy, and to cause them to push against another force (the pressure gradient observed in fluids), rather than having it fly upwards. And most importantly, a force is required to give it directionality.
You want to instead pretend that objects just magically accelerate in a particular direction for no reason at all.
But it isn't just that. Gravity also explains the motion of the planets.
And most importantly, it has been tested, such as with the Cavendish experiment, which even you can replicate to test gravity.
This is a law, gravity is a theory.
A law is typically a mathematical relationship, and often laws are part of theories.
For example, the universal law of gravitation, is part of the theory of gravity.
No, what's sad is how you can't even consider the idea that you may be wrong.
As opposed to you, who is so unwilling to consider that you are wrong, that you repeatedly spout pure BS about the RE model, have it refuted, and just entirely ignore the refutation.
You leave shards of broken glass everywhere, and instead of offering to sweep them up like a decent person, you continue to come to the same conclusion even when the force you speak of behaves awfully inconsistently.
You are the one leaving broken glass all over the place, fleeing from it because you don't want to admit you are wrong.
You are yet to demonstrate any inconsistency at all.
If you want to claim there isn't gravity, then you need to tell us what is making objects fall and push against the pressure gradient observed in fluids. And most importantly, what gives this motions its directionality.