How would a sky diver hit the ground if he never accelerated?
The ground accelerates up to meet the skydiver.
I know what I am talking about, he does not. As I sated before, I have seen SR and some GR in college.
No amount of education will get those cogs in your head spinning.
Bodies in freefall do not accelerate.
This is what I am talking about with the engineer it is a major testable flaw in the FE model
No it isn't. It holds true for both models.
Bodies in free fall accelerate in both the RET and the FET.(assuming not in a vacuum)
There was a thread where skydivers came up. Map out the acceleration of a skydiver in the FE and RE and you will see.
Of course if they aren't in a vacuum, they will accelerate due to friction (unless the medium that they are in is moving at the same velocity).
You seem very smart robosteve. Thats why my brain is melting right now.
Am I missintepretating 'freefall'? As in skydiver (before counteracted by airresistance)? As in throwing a ball up and then catches it when it comes back?
I know youre going to give a challenged answer.
You have the correct interpretation of freefall. One of the strange consequences of relativity is that you are accelerating up, falling objects are not accelerating down.