Actual forces don’t, can’t, will never act like that, it’s complete nonsense.
So your claim about wind is complete nonsense?
Because that was word for word equivalent.
The force is the same strength of course. The objects of various masses are all placed 3 feet from the magnet each time, on the same surface.
Only their masses are different.
This is physically impossible.
There is no way to just have the mass be the only property that changes.
If you want it to be the same material, then you need to change the volume of material, which can have a significant for such a close object, and can also cause complications for magnetic dipoles.
If you want to keep the volume the same, then you need to change the material, at which point you then have different magnetic properties.
i.e. the experiment you are appealing to is physically impossible and you are just making up results.
Again, all the evidence, and your own admissions, shows that forces act on objects dependent upon their properties.
You know this to be the case.
You fully accept it for wind and magnetism (but maybe with a bit of semantic games thrown in).
But you refuse to accept for gravity, because you know that as soon as you do, your BS fails.
But lets try your pathetic BS against magnetism.
Lets do the same hypothetical experiment but with wind.
So now we take a few objects, where all the properties are magically the same except the magnetic properties, and expose them to the same strength wind, and we see that the magnetic properties have no affect on the wind.
Does that mean a magnet should attract a paperclip the same as a piece of paper? No.
It means your experiment is garbage.
How does a 30 ton boulder react to any actual force compared to a 1 lb rock or 1 oz pebble?
They don’t react the same, if they react at all, that is.
I.e. they should react differently to gravity, with gravity pulling more on the 30 ton boulder than the 1 lb rock?
i.e. the very thing you are trying to claim doesn't happen?
The very same magnet, which emits magnetic force in waves, outward over an area, hitting all in its path, with that same energy of magnetic force, pulling in steel objects but not aluminum objects, because steel has much more magnetic properties than aluminum does, both objects are the variable to the magnetic force emitted by the magnet!
Again:
The very same planet, which emits gravitational force in waves, outward over an area, hitting all in its path, with that same energy of gravitational force, pulling in massive objects with a greater force than less massive objects, because the more massive object has more mass, both objects are the variable to the gravitational force emitted by the planet!
See how it works the same?
The objects mass is the main factor, not the amount of an object’s magnetic properties being vastly greater than other objects have within them!
If that was the case, then a light sheet of paper should be trivially pulled in by a magnet that can hold a much heavier paperclip. Yet it can't.
Again, you are spouting pure BS.
Mass of objects is always the main factor deciding what any actual force does or doesn’t do at all
Yet you object to the idea of mass being the factor for gravity?
And again, as above, that claim is pure BS.
A 500 lb block of steel doesn’t get pulled in by a huge magnet
Have you never seen a car be lifted by an electromagnet?
Do you know the biggest issue trying to lift such a large object with a magnet?
Getting the magnet close enough.
You can get a magnet very close to a paperclip, easily within a few mm of every part of it.
You can't do the same to a 500 lb block of steel.
Does a wind really act more on objects greater surface area, when their greater mass makes their larger surface areas hit by more wind mean nothing at all?
No one is suggesting it means nothing at all. Only lying scum like you would pretend that.
But here you are trying to pretend that mass is the only factor.
If this is the case, how come a massive sail boat with its sails out can be easily propelled while a much smaller sailboat with its sails retracted can't?
Both factors play a role.
You have a force, which is proportional to some property of the object, i.e. F=k*P.
You then have that force act on the mass, and in the absence of other forces accelerate the mass, holding to F=m*a.
This means a=k*P/m.
Notice that both the property and mass are important?
Do you accept this fact?
Only a complete imbecile would think otherwise, and only lying scum like you would pretend otherwise.
If you want to say it isn't a fact, then address the massive problems that come with your pathetic BS.
Just like every other post in this thread, all you have done is shown how utterly desperate, pathetic and dishonest you are.
Again, stop with all the pathetic BS and provide a clear admission that you fully admit that forces like wind, gravity and magnetism (of the same "strength") can result in a different force acting on different objects.