Number 1/98 as a 2^{x}series
à la Bode:
Neptune's distance could perhaps be traced out of
the figure one hundred in Pluto's number 128 which is added to
Uranus' number 64 when we read twofigure numbers.
100 x 0,3 = 30. Nept 30,1 AE.
 Cf. that Pluto's orbital partly or sometimes goes
inside the orbit of Neptune and that Pluto according to one theory
has been a moon to Neptune.
 Cf. too that Neptune and Uranus are a kind of pair planets.
Uranus' number "64(+1) is the first with an underlying hundred
figure.
Total sum of distances of the planets:
100 x 1/49 = 2,0408163265… →
10^{2,040816...} = 109,85
= 10^{2} x 1/98 = 1,0204008163265… →
10^{1,02040816...}; →
x^{2} = 109,85…
Sum AE with the belt of asteroids given the middle distance
2,8. = 109,877
Bode's 2^{x}series as 1/98 without the factor
0,3, as sums of numberpairs:
Why 1/98 ? No good answer here  but why 0,3 in the Bode formula?
According to some information, the sun has circa 2 % of the momentum
of the solar system. The rest for the planets in that case is
98 %.
An addition about lognumbers:
2x^{2} (x = 543210):
Interval 8  2 = 6, x lg 4 = 3,61: = Mars + Earth
+ Ven. + Merc., AE, 0,02)
Half numbers as "poles" in steps 3210: : lg 4 x 16
 9  4  1:
16 x lg 4 9
x lg 4 4 x lg 4 1
x lg 4
9,63 5,42
2,41.
0,60.
≈
Sat+0,1. Jup +0,2 Ast.0,4
Earth 0,4
*
The chain 2x^{2}, here.
