ARITHMETIC EXCERCISES
in the SOLAR SYSTEM

On the basis of hypothesis about Solar system formating from endo-Galactic Vortex, stated by е.л. Trunaev, who have acquainted the author of the present work with his manuscript in 1991 during personal contact , the results of attempt to apply its main rules to some calculations at the Solar system actually and at planets satellite systems are below stated.

According to this hypothesis, the Solar system was formed from a Galactic Vortex fragment , evolved further in independent vortex structure, in which under gravitation influence in struggle with centrifugal forces the pre-substance of the Vortex was involved in centripetal movement on logarithmic spiral lines which, as is known, have following view:

where R - radius-vector in any point,
Ю - radius-vector in a reference point ,
e - basis of the natural logarithms,
k - ctg a , angle between the radius-vector and tangent,
j - angle of turning radius-vector R from the reference radius-vector a.

At the end of pre-planet development phase the pre-Solar Vortex (further - Vortex) had got flat vortex structure, in centre part of which more than 99 % of its weight was already concentrated. The other part of substance was concentrated in two different size spiral branches.

While the alignment of gravitational (centripetal ) and caused by orbital movement centrifugal forces occured, the ruptures of both branches took place, thus peripheral part from each gap place of branches was isolated and further self-organized into affiliated second order vortex.

The centre of newly formed ( affiliated ) vortex , located on the axis of rotation, acquires the centre of weights function , gradually strengthening it by using of additional substance inflow "on a spiral " and, at the same time, moves around the central part of Vortex on circular * orbit with radius, determined as the distance from gap point up to the centre of Solar Vortex rotation. On the same way the subsequent gaps of  Vortex occured .

* actually orbits of their moving around Vortex rotation centre slightly differ from circular. The reason is - gravitational influence of other second order vortexes, separated from the Vortex . This influence is not great but, however, results to some elleptical form of the orbit, which is characterized by value of eccentricity .

Since the reason of all Vortex gaps is uniform, it is natural to suppose, that these gaps occured evenly, periodically in any equal angular intervals D j , in that case, from the formula (1) the equation may be written in common view for distances, on which they ( the gaps ) occured; these distances correspond to orbits radiuses in perihelion of affiliated second order vortex , then transformed in planets:

where n - orbit ordinal number ( including asteroid zone ).

According to literary data angle a of our Galaxy vortex spiral, in space near Sun , is about 70°. Accepting, as variant, that the pre-Solar Vortex had just the same angle a directly before ruptures appearance and, further second order vortex formation, accor-ding to the ratio of actual outer planets orbits radiuses , corresponding to distances from gap point of the Vortex to its centre, let's determine now at the first approximation the average for whole Vortex Dj - angle of dividing it by periodic gaps, under which the planets orbits radiuses would change in accordance with the law of logarithmic spiral (2) with a = 70°, while their number reduce. Calculating, we shall consider the assumption stated earlier that the so-called " asteroid zone ", rotating on fifth from Sun regular orbit, traces the destroyed fifth planet ( Phaeton) orbit. Therefore for this calculation we shall consider the serial numbers of planets orbits after Mars one unit larger, than planet numbers today. Let's then make this calculation between Mercury (№ 1) and Neptune ( № 9) orbits (we shall not take Pluto into account for now because of distinction of its orbit ).

Having decided the equation (2) relatively Dj and having substituted there the values of these planets orbits radiuses in perihelion, we shall find, that

D j = p / 2 .

Let's replace value of e and constant for given spiral ctg a and Dj , entering additional concept " coefficient of system" Z :                       Z = e ^{ctga · D j                     (3),}

^then      Z = ж Rn : R(n-x)                  (4)

Now we shall calculate according to formula (4) factor Z of Solar system for interval between ninth (Neptune ) and sixth ( Jupiter ) Vortex gaps,

and, having decided a equation (3) relatively angle a , we shall obtain more exact value of angle a for pre-Solar Vortex logarithmic spiral:

Let's analyse whole series of relations values for radiuses of adjacent orbits for all Solar system planets. For the beginning, while try to obtain regularities, we shall exclude from consideration planets orbits , for which radiuse relation to adjacent one more than on 1,5 standard deviations differ from average. These are Mercury orbit ( 2,34> ( 1,71 + 1,5 X 0,41)) and Pluto one (1,00 < ( 1,71- 1,5 X 0,41)).

The remaining row of values is precisely divided on two ones in accordance with value of adjacent orbits radiuses relation: first - from Venus to Mars (1,40 - 1,37) and second - from Mars to Neptune ( 1,63 - 2,03).

We shall determine now value of D₂j ( angle of dividing the vortex) for next inside from external Vortex circuit ( for planets of "Earth" group ) according to formula (3) through the relation of Mars ( № 4) and Venus ( № 2) orbits radiuses:

( the error in 9 % can be attributed to gravitational interaction of space bodies after their formation, which changed planets orbits ).

Now it is possible to write the formulas for distances, on which regularly in angular interval Dj = p/2 or Dj = p/4 its gaps occured; these distances correspond to radiuses of regular ( system ) planets orbits of Solar system, for planets of external and next inside Vortex circuits, accordingly:

Rn = R(n-x) ·1,8191^x       and      Rn = R(n-x) ·1,8191^x/2          (8) & (9)

table 1                                                   

Analysis of relations for adjacent
planets orbits radiuses

SATELLITE   SYSTEM  OF  PLANETS

On basis of the assumptions stated by е.л. Trunaev , 1) that satellite system of planets were formed from second order vortex by dividing them to III order vortexes , and 2) that the angle Dj of dividing for all second order vortexes, as well as for pre-Solar vortex, was for external spiral circuit Dj = p/2,  for next inside from external circuit D₂j = p/4 , we shall calculate parameters of pre-planetary vortexes.

Our method consists the analysis of relations series in pairs for adjacent satellite orbits for each of planet satellite systems, and on the basis of it the calculation average for external and internal intervals of a system. Thus we based on the assumption about equal deviding periodicity of pre-vortexes and consequently, in case of significant deviations each of these relations from average, we offer to explain it in some cases by availability of additional regular orbits, which are "unoccupied" with satellites.

On some planetocentric orbits 2 satellites rotate. Also the pairs of satellites exist, which orbits are so close that we shell consider them as one. These are so-called satellites-antipodes. If to assume, that satellites, which being today in such pairs, were formed from III order vortex as the result of simultaneous gaps in two branches, which, as is known, are there in any vortex, then relation of adjacent orbits radiuses in pairs will be saved identical for all satellites both one and other branches [ fig. 1 ].

As the result of some inequality of satellites-antipodes orbits radiuses and, as the consequence, inequality of orbital speeds, one of satellites overtakes another on close orbit, at small distances gravitational attraction forces begin to influence and as the result of satellites collision the destruction both of them occurs . Thus the wreck material appears, which is "separated" upon the orbit, because of some speeds differences each wreck , forming rings (Uranus , Saturn, Jupiter) like asteroid zones around the Sun. Also separate large wrecks - asteroids appear, some of which continues moving on the same orbit, but other leave initial regular orbit and can be found on irregular orbits, including in satellite system of other planet. Such interpretation of rings availability around planets is probable because of the middles of these rings concur satisfactory with calculated regular satellites orbits .

In accordance with the relation of satellites orbits radiuses each of planets, possessing today satellite system, under the formulas (4) and (6) we shall find factor (Z) for system and angle a (angle of vortex logarithmic spiral) for each pre-planetary vortex:

- for pre-Jupiterian - through orbits radiuses of satellites Io( № 5) and Kallisto(№ 8);

- for pre-Saturnian - through orbits radiuses of satellites Titan(№13) and Mimas( № 7)

having assumed thus, that in view of anomalous large relation value of Titan orbit radius to that of next after it Reja, between their orbits should be another regular orbit, which we have conditionally named Ra;

- for pre- Uranian - through orbits radiuses of satellites Oberon(№ 16) and Umbriel ( № 12), as well as in pre-Saturn system, having assumed under the similar reason the availability of additional regular satellite orbit between orbits known satellites Umbriel (№12) and Titania( №10) , which we have conditionally named Vera;

- for pre-Neptunian - through orbits radiuses of satellites Protey (№ 8) and Despina(№ 3), having assumed on similar reasons the availability of two regular satellites orbits between orbits of Protey( № 8 ) and Larissa (№ 5).

( Since for internal vortex circuit angle of dividing it (D j = p ¤ 4) twice less, than for external (p /2), then the relation of next orbits radiuses is in accordance with formula (9) equal Z ^1/2 ).