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zarmewa
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Galileo was first to demonstrate that in the absence of air, all things would truly fall with the same acceleration and 300 years later demonstrated this by the crew of Apollo-15 on the lunar surface (which has gravity & also lacks air) by dropping a hammer and a feather.
As moon was seen from two different gravitational fields ["gf" of feather & "gh" of hammer] therefore cognizance shows that hammer and moon should strike each other first as gh > gf
So, is Galileo's statement correct, theoretically?
As moon was seen from two different gravitational fields ["gf" of feather & "gh" of hammer] therefore cognizance shows that hammer and moon should strike each other first as gh > gf
So, is Galileo's statement correct, theoretically?