This document discusses the effects of Jupiter and Uranus on the geometry of the solar system. It hypothesizes that Jupiter has a horizontal effect that controls the XY plane and defines the consistency between planetary orbital inclinations. Uranus is proposed to have a vertical effect that defines the Z-axis and prevents planetary overturning motions by forcing same-direction revolution around the sun. Several equations are presented relating planetary data like distances, tilts, and inclinations to Jupiter's energy, circumference, and axial tilt, arguing this supports Jupiter having a dominant horizontal effect on solar system geometry. Uranus' effect is proposed to be seen in the inner planets' data being related to Uranus' 90 degree figures like its 97
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