Why would every other force act differently on objects of different mass but your made up force
We have been over this pathetic BS of yours before.
Go back, read what I have already said, and respond to that.
ALL force act proportional to something.
For gravity that something is the mass of the object.
Forces act out with one strength at a time, towards all that is out there
No, they don't, as your statements above even directly indicates.
If they acted the same, then a parachute packed away into a bag would act the same as a parachute fully deployed. But everyone knows they act vastly differently.
And this was also clearly demonstrated by the MRI machine clearly applying a greater force to the chair compared to the shifter.
Again, ALL forces act proportional to something.
You lying about that will not change it.
All your pathetic lies do is demonstrate how little you care about the truth.
The force acts on objects and their shapes, like a wind will blow away a 10 kg sheet of steel spread over 100 feet back, but not a 10 kg block of steel.
No, it acts on various properties of the object.
For wind, a key property is the area.
Because wind is a force spread out over a distance
In the same kind of way that gravity is a force spread out over mass?
You make up excuses like this
You are the one making up excuses.
You are the one falsely claiming that all forces are magic and apply the same force to every object, only to turn around and make up excuses for why that isn't the case, with simple things like wind clearly showing you are spouting pure BS.
Conversely, gravity acts like a real force in every way.
The only thing special about it is that the property of the object it acts proportionally to is the mass of the object, whereas other forces act based upon other properties.
For example, wind acts based upon shape and area. The electrostatic force acts based upon charge. Magnetism is more complicated, depending upon if the object is diamagnetic, ferromagnetic, anti-ferromagnetic, paramagnetic or a superconductor (or possibly other things I have forgotten).
And like magnetism and electrostatics, gravity also depends on distance.
But otherwise, it is just like any other force.
You can measure it, you can test it, you can feel resistance when it try to oppose it, and if you apply a large enough force you can oppose it and have the object go the other way.
No excuses are needed for gravity, because it works.
Instead, you need to blatantly lie about gravity and about other forces to pretend that gravity is magically special.
All of this is explained by the very SAME thing, which is why it is entirely consistent in all of it. Simply their relative density to air or water, is why they either sink/fall down or rise up, and it is easily proven.
Except as repeatedly explained, THAT EXPLAINS NOTHING!
That alone does not tell us why any object should move in any direction.
Who gives a damn if an object is more or less dense than the medium it is in. That doesn't magically give it a force and it entirely lacks directionality.
Why should being denser than air make an object fall?
Why is there a pressure gradient? What maintains this gradient and what causes objects to defy it to go down rather than up?
Why is an objects apparent weight reduced when it is in a medium, by an amount exactly equal to the weight of that medium?
Why does the weight of the object vary over Earth?
With your BS there is no reason.
But gravity provides a reason.
Gravity says that in the absence of other forces, the object should accelerate towards Earth.
This directly gives the directionality, things accelerate down to Earth.
This also applies to the air itself, which causes a pressure gradient, and sustains it.
And this pressure gradient then acts upwards on all objects (including the air which is why it is sustained at that particular pressure gradient).
This explains why the weight of objects is reduced, and why things less dense than the fluid they are in rises.
And the variation is explained in 3 parts. Firstly, the large scale changes are from the rotation of Earth and the varying distance. For example, at the pole, there is no effect of rotation (as it scales as w^2*r, so r=0 gives a=0) and the object is closest to Earth; at the equator the effect of rotation is maximised, and it is far away from the centre of Earth, so g is lower. But in addition to this broad variation, there are also more minor ones due to Earth not being homogenous.
No excuses needed, just simple explanations and application of gravity.
If you want to try and salvage your BS, then ditch the idea of buoyancy magically explaining it all, and instead accept a downwards force proportional to mass.
Because that is what all the evidence shows and it means you can have a coherent explanation.
You can then focus on trying to figure out what this downwards force is, and why it goes down.
You cannot explain any of this
Except with gravity as above.
It is trivial to explain and it has been explained to you repeatedly.
You can show no fault with the explanation so you instead just ignore them, and repeat these pathetic lies.
Like I said before, if all of what I have said is just "faked, made up bs that will NEVER hold up"; then it would be trivial to show the fault with my explanation.
But instead you just go on lying.
If pressure gradients caused objects to be ‘pushed up’ into air, then lesser pressure higher up would push them up less and less
Do you understand the difference between pressure and pressure gradient?
The pressure gradient is what is pushing them up, so a lower pressure doesn't necessarily mean a lower pressure gradient.
The pressure gradient depends on the density of air, and the value of g.
And there is the added complication of the size of the balloon. Unless the balloon is rigid, the reduced pressure will likely mean the balloon expands, this increases the volume displaced which in turn increases the upwards force.
But you also have more complicated factors, with the air resistance acting to slow them down. So it is much more complicated than simply "lower pressure so they should go up faster".
But most importantly for this, you have provided NOTHING to justify this claim that it ascends at a constant rate.
objects being supposedly ‘pulled down to Earth’ by your first made up force would slow down when in greater pressure gradients nearer to the surface, ‘pushed upward’ by them, like you say happens with helium balloons.
And they do. Just typically by a quite insignificant rate, with the effects of air resistance typically being more significant.
We’re supposed to believe there are TWO magical forces
No.
There is 1 real force, which acts on mass, meaning it is a force proportional to mass.
This causes a pressure gradient which pushes objects up.