Wind or any other actual force DOES apply the same strength outward to all objects
If that was the case, why does it matter if a boat has its sail up or down?
If that was the case, why does it matter if a parachute is tucked away inside a bag, or deployed?
If that was the case, why does a flat sheet of paper fall to the ground in such a slow and chaotic path, while taking that same sheet of paper and scrunching it up causes it to fall much faster?
Wilful rejection of reality will not save you.
It just shows how dishonest and desperate you are.
Objects with more surface area might move further away than those with less surface area, we already know know that.
That's right, we already know that and it demonstrates your claim is pure BS.
We know that 2 objects of the same mass will behave differently in the wind based upon their area (and shape).
Where if the one with a larger area will accelerate faster than the one with a lower area.
This shows this object has a larger force being applied to it.
Your made up magical force pulls a 10 ton rock within air to the surface at the same rate of acceleration and speed as a 2 lb rock. So we should be able to lift them BOTH up the same way
Repeating the same dishonest BS will not help you.
This very real force, which behaves in a manner similar to other force, acts proportionally to some property of the object. For gravity, this property is mass.
That means the force on each object will be proportional to mass.
That means a heavier object will have a greater force acting on it, and so you need to overcome a greater force to lift it.
That also means that the acceleration of the object will not depend on the mass (in the absence of other forces), as the terms cancel.
This holds true for any objects where the mass is proportional to the force, either directly like gravity, or indirectly like objects with the same mass to charge ratio being accelerated by an electric field.
To pull all objects at the same rate, or proportional to their mass, must work when lifting all objects upward, against that “proportional” force, right?
And it does.
The force required to lift a 2 kg object against gravity is twice that required to lift a 1 kg object against gravity.
Again, to see why your claim is clearly delusional BS, all you need to do is consider a 2 kg object, and an identical object cut in 2.
According to your delusional BS, cutting it in 2 magically doubles the force for no reason at all.
Why should cutting the object in 2 double the force?