No, no, and no. All matter is accelerated in the UA universally. There is no special distinction between matter at altitude.
So people (made of matter) are accelerated the same as Earth, so it would not create the appearance of falling, and there is no variation in "g" across Earth?
What a shame that doesn't match reality. Looks like UA is a pile of crap.
Matter at lower altitudes is closer to the UA where the force is stronger. Most of the acceleration is on the lower crust of the earth.
Which directly contradicts your prior claim.
Is it universal with no distinction made for altitude, or does it vary with altitude.
Also, this would mean it would be significantly reduced at the sun/moon and thus they would "fall" and crash into Earth.
If it is so incapable of accelerating us, and we appear to fall, accelerating at roughly 9.8 m/s^2, the sun and moon would be falling even faster.
Yet they are only meant to be around 5000 km above us according to the common FE model.
That would result in them crashing into us after a mere 1000 s, with it only being delayed if they reach terminal velocity.
So why hasn't Earth crashed into the sun yet?