You're right, maybe I did misunderstand him. But this:
"Much faster" is a gross exaggeration. The top part of the atmosphere would be spinning a very slightly faster than the lower parts. The radius of the earth is ~4000 miles. The top of the stratosphere ranges between 12 and 31 miles. For fun, lets say it averages 20 miles high. That's .5% of the radius of the earth. Using rough numbers, if the earth is rotating 1000 mph at its equator, the top of the stratosphere would be traveling 1005 mph, which is hardly "much faster."
I can accept that...
Nonetheless, it is still 'significant' with regard to everything being "dragged along" in perfect synchronization with the rotation of the earth.
The idea that 'gravity' allows for lateral movement relative to the ground but not relative to the center of the earth is idiotic at best.
For the earth to have such a tight hold on something in a vertical direction that it "drags" it in a horizontal direction in an absolute rigid way suggests that there is a horizontal force that is orders of magnitude above the downward pull of gravity itself acting on everything with "infinite power" against any amount of resistance whatsoever.
Otherwise, it suggests that the atmosphere has no fluidity at all whatsoever while also being hard-fixed to the earth.
However, we know that cannot be true - because, lateral movement in the atmosphere is an everyday real thing.
So - where does this
invincible "sideways" force come from?
Operating in a fluid medium, it cannot possibly come from 'gravity' - which only has a 'downward' pull on an object.
In this Ball Earth scenario:
An object at any height does not fall to the ground in zero time; rather, it is acted upon by gravity - and, accelerates as it falls over time.
BUT - in the horizontal direction - oh, no - the object has no option but to be coerced by an 'absolute infinite power' -
in zero time - to follow the rotation of the earth under 'instant infinite acceleration' (to achieve instantaneous movement).
I know what you are going to say - "it was already in motion" - but, what set it in motion orginally - and, what keeps it in motion?
Since 'gravity' only has a 'downward' pull - the mysterious "sideways" force must come into play the moment an object leaves ["attachment to the earth"] and maintain until the object is ["reattached to the earth"].
After the effects of simple inertia at the moment an object is "off the tether", there is nothing whatsoever to sustain the "sideways" motion of the object
indefinitely.
When an object is "off the tether" for a long-enough period of time - the effects of simple inertia cease - due to "air drag" among other [possible] things.
What then keeps the object locked in perfect synchronization with the earth?
When an airplane takes off, it becomes a "free agent" in the
fluid 'atmosphere' environment.
The only 'gravitational' force that can be said to be acting on it is in a 'downward' direction.
What mysterious invincible "sideways" force keeps it locked in perfect synchronization with the earth?