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Relationships Between Two Gravitationally-Bound Points in Single or Multiple Systems In The Universe


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1 Sr.Electronics Designer, Non Institution, Canada
 

Supported by real data, this article derives and proves relationships for any two gravitationally-bound objects in single or multiple systems in the universe. These findings have implications for simpler and more accurate calculations in related practical applications[1][2]. Normally, relative error is less than 3.35%.

Keywords

Gravity, Centrifugul Force, N Body, Gravitational Field, Solar System, Exoplanet, Universe.
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  • Relationships Between Two Gravitationally-Bound Points in Single or Multiple Systems In The Universe

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Authors

Jihai Zhang
Sr.Electronics Designer, Non Institution, Canada
Ping Tao
Sr.Electronics Designer, Non Institution, Canada

Abstract


Supported by real data, this article derives and proves relationships for any two gravitationally-bound objects in single or multiple systems in the universe. These findings have implications for simpler and more accurate calculations in related practical applications[1][2]. Normally, relative error is less than 3.35%.

Keywords


Gravity, Centrifugul Force, N Body, Gravitational Field, Solar System, Exoplanet, Universe.

References