The Mathematics of the Solar System. The figure shows the mathematics compared to the real orbits raised to the appropriate exponents. The y and x axes values can be converted to orbital period (in Years) by raising to (2p/3) or p, respectively. Use of Period in place of distance would not change the graphs or the results. The calculated deviations are very small. They are all less than the thickness of the dotted lines on the screen, with the exception of Saturn. The deviation on Saturn is well within the planet's orbital eccentricity, and is shown in red. This is a real drawing of the real Solar System, it is not make-believe. The Solar System really is in very close accord with the mathematical equations detailed in the main text. (The calculated percent deviations are listed below.)

Graph of--- [( p­(9/4p).Ln30) - F]­(2p/3) = 20p

Table demonstrating how closely the real orbits conform to the equation.
PLANET	Actual Orbit in AU	Calculated Orbit in AU	Percentage Deviation
MERCURY	0.3870987	Datum	Zero
VENUS	0.7233322	0.723331002	-0.00017
EARTH	Unity	Unity	Zero
MARS	1.5236915	1.5239159	+0.0147
JUPITER	5.2028039	5.195539524	-0.14
SATURN	9.5388437	9.302024	2.5
URANUS	19.181871	19.18321601	+0.007
NEPTUNE	30.057924	30.02787608	-0.1
PLUTO	39.439	39.41830763	-0.0525