I would if you had your focus on the present discussion of Atmospheric Pressure contra Newtons occult "two body gravity assumptions" which essence nobody can explain.
OK, let's focus on Atmospheric Pressure.
You claim that pressure makes things fall. Am I correct in saying this?
So, if the Atmospheric pressure changes, things should fall at a different rate. Is that a correct deduction from your position?
For example, If I drop a ball (say, a solid plastic ball 3cm in diameter) when the barometric pressure is 760mmHg, how does that compare to how that same ball will fall if there is only 755mmHg? Or if the pressure increases to 765mmHg?
If I make a hyperbaric tank with a pressure of 2000mmHg, how would that affect how things fall inside that tank? How about if it was 5000mmHg?
Suppose, instead, that I create a vacuum tank that only has 200mmHg. How do things fall inside of that tank? How about if the pressure is 50mmHg? 1mmHg?
Give details along with some explanations. Give us *something* instead of vague pointing to seemingly irrelevant articles.