If heavier bodies are attracted more strongly by the earth why dont they fall faster than the lighter bodies
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Answered by
43
Ye the force between heavier bodies and Earth is greater than the force between lighter one and Earth.
But it's acceleration = F/m which causes both acceleration depends upon this,
F= Gme m/ Re^2
ma = Gme m/ Re^2
a= Gme / Re^2
Hence acceleration of free falling body not depend on their mass.
Hope it's helpful to u.
But it's acceleration = F/m which causes both acceleration depends upon this,
F= Gme m/ Re^2
ma = Gme m/ Re^2
a= Gme / Re^2
Hence acceleration of free falling body not depend on their mass.
Hope it's helpful to u.
Answered by
17
our atmospheric pressure works as as resistance and R is directly proportional to area means more area more resistance. this leads to lessening of velocity. resulting in slower falling of object
none11:
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