The discussion revolves around the calculation of the distance between two bodies in orbit, specifically focusing on the two-body problem in the context of Newtonian mechanics and gravitation. Participants inquire about relevant formulas and methods for determining this distance and its derivation.
There is no consensus on a specific formula or method, and multiple approaches are suggested, indicating that the discussion remains unresolved.
Participants have not provided specific assumptions or definitions regarding the masses or the nature of the orbit, which may affect the calculations discussed.
Any recommendation?Orodruin said:I suggest looking in an introductory textbook on Newtonian mechanics and gravitation.
Google for "two-body problem". You'll need some calculus.Vicara said:Hi to everyone
There is a formula out there to calculate te distance between a mass that is in orbit arround anhoter fix mass?
(And its deduction)
Yesdean barry said:do you have an orbit time ?
Hmm, okay, I'll trydean barry said:why don't you set up an excel sheet, with inputs for mass 1, mass 2, and centre to centre distance, put in some example values, then process through the appropriate maths to reveal an orbit time, then adjust the centre to centre distance if required to close in on the required result, trial and error i know but it will familiarlise you with the equations etc.