Of course the objects vary in their reactions to a force
...
Your avoiding the big stinky part..,
No, that would still be you avoiding the big stinky part; the part that so clearly demonstrates that you are a worthless, lying, subhuman POS with no morals.
Again, forget about the vague idea of a "reaction".
Start by just focusing on the force that would be measured by a load cell attached to the object.
Where you want to be completely insane and act like cutting an object in half would magically double the force and cause the 2 new objects to accelerate twice as fast.
Only once you accept that the measurable force is different, you can then proceed onto asking questions of how this force varies (e.g. is it with mass) and what effect that has on falling objects.
That’s the part you always ignore and avoid by changing the subject to crap like this.
Says the one who repeatedly changes the subject, because they can't deal with the refutation of their pathetic BS.
The topic we were discussing is if two objects get the same resulting force on them from the same strength force.
That is because that is core to your claim that gravity is wrong, because you want to claim two objects with a different mass should experience the exact same force.
But because you know you have no way of defending your pathetic BS, you need to resort to deflecting to other topics, like the rate of acceleration (which as I said comes later), and buoyancy (which also comes later).
Even though your BS lies on that have all been addressed countless times.
Things fall through air at different speeds over the equator
So you mean to say this statement of yours was a blatant lie:
Objects all fall through air downward at the same speed and same acceleration of speed in their fall through air, and fall at that same speed from all heights in air
So which is it? Do you want to claim the fall at the same speed, or at a different speed?
no other rate is mentioned at all, at the equator or elsewhere, is it?
You sure do love lying to everyone don't you?
You have already been provided examples of this.
e.g. you have wikipedia:
In combination, the equatorial bulge and the effects of the surface centrifugal force due to rotation mean that sea-level gravity increases from about 9.780 m/s2 at the Equator to about 9.832 m/s2 at the poles, so an object will weigh approximately 0.5% more at the poles than at the Equator.
Look at that, giving you different values.
Further down the page, you even get a table of the value of g for a few major cities:
https://en.wikipedia.org/wiki/Gravity_of_Earth#Comparative_values_worldwideHowever, as the quote above shows, strictly speaking this is not just gravity, but also the result of the apparent centrifugal force.
So care to stop lying to everyone?
Objects IN A VACUUM, AT THE SAME LOCATION, dropped together will accelerate down at the same rate, because the force acting to accelerate them downwards is proportional to mass, and their resistance to acceleration is proportional to mass.
However, this rate varies with location, with it, when restricted to locations on the surface of Earth, being greatest near the poles and lowest near the equator. It also varies with altitude.
And importantly, putting air in the way does 2 important things.
Firstly, it is a fluid that the object has to move through, meaning it will resist that motion through it (e.g. air resistance), which causes the rate of acceleration to be lower, and the object to approach a terminal velocity. This is the main reason why a feather falls so slowly.
The second, with an importance varying depending on the density of the objects, is the pressure gradient in the fluid caused by gravity which acts to push the object up, reducing its effective weight.
Now again, care to stop with all the pathetic BS, and make the first step towards understanding and honesty?
Do you accept that the measurable force acting on an object, that is the force you would measure if you hooked up a spring gauge or a load cell to the object in question, varies depending upon the object for the same strength force?
e.g. if you hooked one up to a sail boat at a dock, you would see a different force from the same strength wind with the sail up or down.
e.g. if you hooked them up to a sheet of paper and a paperclip, you would see a different force from the same strength magnet.
e.g. if you hooked them up to a 1 kg object and a 100 kg object being pulled down by Earth's gravity, you would see a different force from the same strength gravitational field.
Can you accept that yet, or will you need to continue with more pathetic, dishonset BS?