Again, you don’t realize what wind force is, and how it works.
Again, I do.
You just want to pretend you don't when it comes to applying the same logic to gravity.
Again, wind acts over area, gravity acts over mass, electrostatics acts over charge, and electromagnetism is more complex.
Let’s say a gravity acts over an object 400 kg wide. That span of gravity is the whole force of it, like a large wave on the ocean, or a strong current on a river, etc.
They emit one force, over a span of mass, not one line or point of gravity or wave or current. They are spans of force.
It is the mass of an object that gets hit by more of the gravity span at once which is the variable here. The force is no different, it spans over a mass, hits whatever is within its span or the entire span hits it.
Gravity does not adjust its strength to objects, it’s the objects which get hit by more or less of that one force of gravity.
See how it works the same?
But you want to pretend you are a complete imbecile and that somehow gravity should provide the same force regardless of the object.
It is dishonest, delusional BS.
Wind doesn't do it, so why should gravity?
Again, take a simple 2 kg object, and then cut it in half.
Why should the force magically double such that each of the 1 kg objects gets the same force as the entire 2 kg object?
Your BS simply makes no sense.
Any person with any intelligence at all, can easily see the total force acting on the two separate 1 kg objects should be equal to the force acting on the 2 kg object.
But not you.
You instead want to pretend that gravity magically sees that the object has been split in half so it now provides twice the force to pull in each 1 kg object with the same force as it did to the 2 kg object.
Your BS is ridiculous and absurd.
Try to just honestly answer that simple question.
Say you have a force of x acting on the 2 kg object from gravity.
We now split this 2 kg object in half into two identical 1 kg objects.
What should the force of gravity be on this 1 kg object?
Do you think it should be x/2 like any sane person?
See if you can honestly answer that question, or if you need to avoid, like the lying, cowardly POS you are.
Forces do not care about what the properties of objects are, they simply emit energy outward at some strength, and that’s it.
Pure BS, as shown by a simple magnet, a paperclip and a piece of paper.
We can hold the magnet and see it attract the paperclip to it, but not the piece of paper.
So clearly there is a property of the paperclip and paper which allows the paperclip to be attracted but not the paper.
We can also do it with different magnets, and see how magnets which can look identical can have different attractive forces. Some might not be able to lift the paperclip, while others can lift the paperclip and what the paperclip is attached to.
So once more, it is quite clear that you are spouting pure BS.
Everything in air has more mass and density than air
Which provides absolutely no reason at all for the object to move in any direction.
More mass and density of objects doesn’t matter at all in air.
This is further confirmed when objects are in a denser medium than air, which is water.
This differs from air, because objects of more mass and density DO sink down in water at a faster rate than objects of less mass and density.
So your confirmation of your pure BS is that your pure BS is proven to be wrong by a different medium?
That isn't confirmation. That is refutation.
What actually explains it is gravity, and the upwards buoyant force produced from the pressure gradient (which you must ignore at all costs) resulting from gravity.
For air, unless you are dealing with an object like a balloon, the upwards buoyant force is negligible.
But in water, it is significant.
If you bother trying to make a coherent, consistent model, you end up with something like:
a = g*V*(rho_obj-rho_fluid)/m.
This makes sense as a downwards force due to gravity (F=g*m) and an upwards force due to the pressure gradient (F=-g*V*rho_fluid).
Your made up force fails to explain why some objects rise up into air
Wrong again.
Your STRAWMAN fails.
The real force of gravity explains it quite well.
The simplest way to understand is that both the air and the object are being pulled down, like 2 kids on a see-saw.
The heavier one goes down while the lighter one gets pushed up.
The more complex way is recognising that fluids will have a pressure gradient due to each layer of the fluid having to support all the weight of the fluid above, resulting in the force increasing the further down you go, so an object placed in this fluid will have a greater pressure from below pushing up than from above pushing down, resulting in an upwards force on the object from the fluid.
Then if this force is greater than the downwards force on the object from gravity the object will go up.
This also explains why the weight of something decreases when it is submerged in a fluid, even partly.
So gravity explains it just fine.
Meanwhile, your delusional has no way to explain this pressure gradient, nor can it explain why this pressure gradient doesn't push things up. So you need to continually ignore it, acting like the pressure gradient doesn't exist; while in other threads directly appealing to this pressure gradient to explain how aircraft altimeters work.
So gravity works fine, your BS does not.
You are yet to show a single fault with gravity, instead resorting to blatantly lying about it again and again.
Meanwhile, plenty of faults have been shown with your pathetic BS which you just ignore and go on to repeat the same pathetic BS again and again.
Now again, try to answer the question honestly for once in your life (if you can't, refrain from posting any crap about anything like this ever again, as it will just further show everyone that you are a lying POS that doesn't care about the truth at all):
Say you have a force of x acting on the 2 kg object from gravity.
We now split this 2 kg object in half into two identical 1 kg objects.
What should the force of gravity be on this 1 kg object?