Sum of distances of the planets, asteroid belt included = ca.
110 AE
= sum of the chain 2x^{2},
roughly:
This very rough application of the chain on planet
distances gives in first steps a surplus which approximates
the distance of Mars. ~ 1,63 AE.
Cf. perhaps that in the simple dimension chain behind
this (see Physics) one ddegree is branched off in each polarization
to lower degrees; in step 5→ 4
we get +1,
50 > 40 / 10.
The sum 110 gets divided 40 / 70
Some notes:
Saturn's distance 9,54 AE is also = inversion of the square root
of the whole AE sum
x 10^{2}:
_______
1/√109,877
= 9,54. x 10^{2}.
Saturn in the middle of the chain?
 If we set the inclination of Saturn's orbital plane to zero (0),
the sum of the inclinations for orbital planes of all the planets
will also be zero, Pluto's not included (Pluto's then 14,7°).
Sums: Merc  Mars = +3,6, Jup  Nept  3,6 ]
(The asteroid belt between ca. 2,3 AE and 3,3 AE gets the middle
value 2,8 AE,
a border between inner small planets and the outer big ones.
110 / 2,8 = 39,3. = circa Pluto's distance.)
Quotients in a more simplified chain:
*
