In truth the moon could not fall in FE theory. You are correct.
The Earth simply would accelerate up to the moon. Though in fairness using the right FOR this is also true in RE theory.
Gee, did all FEers settle on the UA? I thought wasn't settled. Why would the UA suddenly stop accelerating the Moon too? No, in no FoR would it be true in RET unless something magical happened.
The moon could hit a rock and fall past the bowshock. I don't know. Just because the reason wasn't expressly put doesn't make it "magic."
As for "not every fe'er agreeing on the UA" a person's belief does not determine physical reality no matter how many people share that belief.
Right, so a 'rock' hits the Moon came only happen in FE, is that your claim?
So you're saying that you get to chose whether FE include the UA or regular gravity then?
No, the very nature of the Universe dictates how the Universe works. I just explained that our opinions have no bearing on reality. Please keep up.
As for the rock hitting the moon, it has been shown conclusively that massive rocks can hit the moon in RE theory and no loss of stable orbit will occur. (the craters on the moon)
You claimed that the UA exists, not me. I guess when you claim something, we just have to assume that you're not speaking for anyone but yourself, and that you don't have the reasoning skills to do a good job at even that. For example, even in your last post we see:
That massive rocks can hit the Moon without the Moon losing its orbit doesn't mean that there has been no such rock ever in the history of the Solar System. You need to work on your deduction skills.
With any rock hitting the moon, the moon will change his momentum.
His orbit isnt stable anyway, it keeps changing while we speak. The moon is actually continually travelling away from the earth at whatever like one inch a year or so. Look it up at wikipedia, I cant be bothered. So saying "something will hit the moon and not make a difference at all" is simply wrong. You could however state "some small rock hitting the moon wont make a noticeable difference because the moon is so huge that this small rock would not make any noticable difference to the overall momentum".
Well anyway, if some massive rock hit the moon (say a tenth of the moons own mass) this would - depending on the speed of collision - actually have great impact on the moons orbit. This doesnt mean though, that after this moon would be thrown out of orbit completey - it may just have a (slightly) different orbit now.