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ball falling under Gravity.  

--Last edited by saucer on 2007-01-04 08:08:19 --

I have a question.
 In space , an object moves according to newton's law of an object continuing until something prevents it from doing so .
 In orbit an object is said to be falling .
 
 In Gravity the object also is said to be falling.
  In throwing the object has a trajectory.(parabola)
 Why then are the behaviours of the object exactly the same?

 We seem to need different sciences to explain the behaviour of the same act. This is how a bunch of atoms goes from one place to another.

 the speed or momentum seems rather secondary to me when you need to consider that in all cases , the ball or object needs to contain or retain the energy or causality. once propulsion has taken place, the momentum or lack of momentum cannot come from elsewhere.
  In space the holding or conserving of energy is more efficient , but not necessarily a different behaviour from gravity falling.
  even viewing the molecules as entities , there needs an underlying conservative viewpoint in structure which requires that the molecule retains or does not retain a collective based on the available benifit.
Cheers
Iseason

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Torque.







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