Can Saturn Motion effect on Venus Motion

IN THE ALMIGHTY GOD NAME
Through the Mother of God mediation
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Gerges Francis Tawadrous/
2nd
Course student – physics Faculty – People's Friendship University – Moscow –Russia..
mrwaheid1@yahoo.com mrwaheid@gmail.com +201022532292
1
Can Saturn Motion effect on Venus Motion?
The Author Authorized To Be Used By
Mr. Gerges Francis Tawdrous
A Student–Physics Department- Physics
& Mathematics Faculty –
Peoples' Friendship University of Russia
(RUDN University) – Moscow – Russia
Dr. Budochkina, Svetlana Aleksandrovna
Associate Professor (Mathematical Analysis
and Theory of Functions Department)
Peoples' Friendship University of Russia
(RUDN University) – Moscow – Russia
Phone +201022532292
E-Mail: mrwaheid@gmail.com
Curriculum Vitae http://vixra.org/abs/1902.0044
Phone +7 (495) 952-35-83
E-Mail: budochkina-sa@rudn.ru, sbudotchkina@yandex.ru
Website
http://web-local.rudn.ru/web-local/prep/rj/index.php?id=2944&p=19024
The Assumption Of S. Virgin Mary -Written in Cairo –Egypt –21st
May 2021
Abstract
Paper question
Can Saturn Motion effect on Venus Motion?
The Question Explanation
- The gravitation equation gives no hope for a significant effect from Saturn motion
on Venus motion because of the great distance between the 2 planets
- But
- The 2 planets data shows that the 2 planets motions must be effective on one
another. The data gives no room for doubt concerning this significant effect.
- The dilemma arises 2 basic arguments…
- The first argument tells that, Saturn motion effects on Venus motion, and that
necessitates to search behind the data to find the method by which Saturn motion
can effect on Venus motion where this method should be considered as another
method of planet motion effect on another planet motion in addition to the
gravitation equation.
- The second argument tells, (The Motion Be Transported Among The Planets).
This argument is so significant because it gives us a solution to answer (how the
motion at distance be done?) – and this argument may help to find a definition for
the space.
Please scan the figure
(ORCID)

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Contents
Subject Page no.
1- Introduction 3
2- Can Saturn Motion effect on Venus Motion? 5
2-1 Ten Saturn Days Analysis 5
2-2 Venus Diameter Analysis 20
2-3 The Rate 5.1 Proves The Motion Transportation 23
3- Venus Rotation Period Analysis 27
3-1 Planets 8 Days Cycle 27
3-2 Planets 6 Days Cycle 30
3-3 Venus Rotation Period 33
3-4 Saturn orbital Distance 1433.5 mkm 39
3-5 Venus Rotation Period General Discussion 41
4- Saturn And Pluto Motions Interaction 43
References 46

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1- Introduction
- Are the solar planets separated rigid bodies revolve around the sun by masses
gravity forces and independent in their motions data from one another?
- The planets motions data analysis disproves this description and provides a new
vision for the solar planets motions
- This paper discussion tries to prove that, Saturn motion data effect strongly on
Venus motion data
- Simply, The Same (Data) Is Used For Venus Motion And Saturn Motion,
where the paper proves (This Data Using) can't be done by any pure coincidence
or random process. So, the only option for us is to suppose that (The motion must
be transported between Saturn and Venus)
- The paper vision considers that, the solar system motion is a continuum or one
unified motion and the solar planets are parts in the same one machine which
perform this one unified motion.
- By that
- The solar planets can be similar to train carriages, move together in one unified
motion.
- The motion transportation among the solar planets is a fact we need to prove it,
but, the basic difficulty in our way is that, we don't know the geometrical rules by
which the motion is transported from one planet to anther.
- This is an old question, which asked (how the motion at distance is done?) or (how
does the gravity force work? and if the gravity needs time to work? or if it forms
the space in some geometrical form to transport the (gravity) effect from one mass
to another? simply, by what mechanism the gravity work?
- For that reason the motion transportation is another method to explain how the
motion at distance is done.

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- In our analysis we depend on the planets data, and this is a good source for the
discussion, because the planets data is fact and its analysis gives a real vision to
answer how this data is created.
- The paper point of view tells that, Saturn and Venus use geometrically the same
(DATA) in their motions, and that gives us hope to discover the geometrical
reason by which (This Same Data) is used by the 2 planets
- One more feature I need to add in this introduction, which is
- The solar planets motions consist one continuum and not separated motions, this
idea is concluded based on huge number of data,
- In this paper we discuss Saturn and Venus motions data analysis, but it's a part of
huge similar data used by all solar planets. That tells, the planets motions are built
geometrically as a continuum of motions and not as separated motions – this
concept should be a cornerstone in any acceptable explanation for the solar planets
motions.

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2- Can Saturn Motion effect on Venus Motion?
2-1 Ten Saturn Days Analysis
2-2 Venus Diameter Analysis
2-3 The Rate 5.1 Proves The Motion Transportation
2-1 Ten Saturn Days Analysis
(1st
Point)
- Why do we analyze 10 Saturn days?
- In Planet (8 days Cycle), we have discussed that, Jupiter (13.1 km/s) moves during
8 Jupiter days a distance = the distance Saturn passes in 10 Saturn days = the
distance Neptune passes in 12 Neptune days. Based on this fact w have concluded
that Saturn has a cycle in (10 Saturn days), where Jupiter know this cycle as
(Jupiter 8 days cycle). (the cycle is discussed in details before).
- Shortly
- Saturn has a cycle in (10 Saturn days)
- That means, the period (10 Saturn Days) shows geometrical features relating to
Saturn motion. and these geometrical features can't be seen by 1 Saturn day, but
can be seen in 10 Saturn days
- As Earth has a cycle 1461 days (365 +365 +365 +366) we don't see this (0.25 day)
every year, but after 4 years, we see this (1) day and add it to February days,
means, the geometrical features aren't seen in any period but only with 1461 days
- Similar to that the period 10 Saturn Days may show Saturn Motion Geometrical
Features.
- And
- Saturn (9.7 km/s) moves during 10 Saturn Days a distance = 3736440 km
- If Saturn motion effects on Venus motion, this distance (3736440 km) should be
used through this effect data.
- 8If it's done, we can conclude that, Saturn motion effects (geometrically) on Venus
motion.

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(2nd
Point)
- Saturn (9.7 km/s) moves during its day period (10.7hours) a distance = 373644 km
- Where
- Saturn Circumference =378675 km
- The difference = 378675 km – 373644 km = 5031 km
- The paper claims that,
- This difference 5031 km is found for Geometrical Necessities, and to support this
claim, the paper tells us that, Saturn moves during (10 Saturn Days) a distance =
10 Saturn Circumferences Minus – (50310 km)
- Where
- Uranus diameter =51118 km (different from 50310 km with 1.6%).
- That shows Saturn Cycle (10 Days Saturn Cycle) is proved by Uranus diameter,
and Jupiter (8 days cycle) be proved by Jupiter diameter.
- Also
- Saturn needs 518 seconds to pass 5031 km
- means,
- If Saturn day period be 39040 seconds, Saturn would move during its day period a
distance = Saturn circumference, But
- Saturn Day period = 38520 seconds only and because of that, Saturn move during
its day period a distance = 98.67% of Saturn Circumference
- means,
- from a rotation 360 degrees (to move Saturn circumference completely), Saturn
rotates 355.2 degrees by the distance 373644 km which Saturn passes during its
day period.
- Notice Venus (35 km/s) moves during 518 seconds a distance = 18130 km but
18130 seconds = 5.04 hours (this data be discussed with the rate 5.1 discussion)
- Notice 38025 sec + 518 sec = 38543 sec, (38520s = Saturn day period)
Where, 38025 km = Venus Circumference

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(3rd
Point)
- Planet (8 days Cycle) tells the following,
(I)
- Jupiter (13.1km/) moves during its day period (9.9 h) a distance =466884 km =
Jupiter Circumference 449197 km +17687 km
- During 8 Jupiter days, Jupiter moves a distance = 3735072 km = 8 Jupiter
circumferences 3593576 km + 141496 km (Jupiter diameter error 1%)
(II)
- Uranus (6.8 km/) moves during Pluto day period (153.3 h) a distance = 3752784
km = 3735072 km +17687 km
- During 8 Pluto days Uranus moves a distance = 30022272 km
- Where
- Jupiter (13.1km/) moves during 64 Jupiter days periods (633.6 h) a distance =
29880576 km
- The difference 30022272 km - 29880576 km = 141496 km (Jupiter diameter
error 1%)
- Based on that,
- Jupiter diameter (141496 km error 1%) is the reference of the 8 days cycle and this
distance (141496 km) is produced as difference between Uranus and Jupiter
motion distance (where 141496 km = 8 x 17687 km)
- But
- Uranus (6.8 km/s) moves during the period (17687 seconds) a distance =120536
km = Saturn diameter
- That tells, Jupiter and Saturn diameters are defined based on Uranus motion but
Jupiter diameter depends on planets (8 days cycle) where Saturn diameter depends
on Uranus velocity.
- Please remember, Jupiter 8 days cycle be equivalent to 10 Saturn days cycle
because the 2 planets move equal distances.

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(4th
Point)
- We discuss here if Venus Motion be related to Saturn motion during 10 Saturn
days, we have 2 items to discuss
(Item no. A)
- Venus (35 km/s) moves during 29.53 hours a distance = 3720856 km
- This distance is equal the distance Saturn passes during 10 Saturn days period
(3736440 km) (the difference =0.4%)
- Thus fact tries to show that, some connection is found between Saturn motion
during 10 Saturn days and Venus motion during 29.53 hours
- The idea behind this data is that, the value (29.53) is related to Saturn motion, and
because the 2 distances are equal that may refer to some effect found between the
2 planets motions
- (Notice, the number 29.53 is related to Saturn motion for many reasons, we refer
here to one which is 10747 days Saturn orbital period =365.25 x 29.53, But many
other data shows that Saturn orbital periods are related to the Earth moon orbital
periods which we should refer to later)
(Item no. B)
- Saturn Circumference (378675 km) is used as a period of time, specially for
Uranus motion, So this value is used as (378675 seconds)
- 10 Saturn days = 385200 seconds
- The difference = 6525 seconds
-
- 6525 seconds x 2 =518 seconds x 25.2
- Where
- 25.2 degrees = Mars Axial Tilt
Notice
- 2 x 346.6 days (the nodal year) = 25.2 x 27.5 days (apogee month) (and Mars axial
tilt =25.2 degrees)

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(5th
Point) (Saturn Orbital Period)
(I)
- Because Saturn has a cycle in (10 Saturn days), No. (10) controls all Saturn cycle
periods.
- Because of that
- 10 x 10747 days (Saturn Orbital Period) x 24 h = 10.7 h x 2 x 120536
- Where
- 10.7 hours = Saturn Day Period
- 120536 km = Saturn Diameter
- Why does Saturn diameter is used as a rate between Saturn orbital period and
Saturn day period in the previous data?
- Let's try to answer this question in following……
(II)
o Saturn (9.7 km/s) moves during its day period (10.7 h) a distance = 98.67 %
of Saturn Circumference…!
o Suppose, the percentage (98.67%) be 100% what would happen?
o If a planet moves during it’s a day period a distance = its circumference, that
will divide this planet orbital circumference into small parts each part = This
plant Circumference, and because
o The planet moves during (its day period) a distance= its circumference, this
planet orbital period also will be divide into small parts each part = this
planet day period…
o Shortly
o This planet circumference will be used as a rate between this planet orbital
period and its day period…. Based on that, this planet motion equation will
have 4 data of its motion data, i.e.
o (the planet orbital circumference / the planet orbital period) = (the planet
circumference / the planet day period)

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o Saturn equation has some of these 4 data and gives the same reference, but it
uses the rate (10) x (Saturn orbital period)
o We can't explain why Saturn doesn't follow this rule perfectly, what we can
tell here is that…. Saturn doesn't moves during its day period a distance = its
circumference but it equal 98.67 % of its circumference, this difference
causes some geometrical complexities for Saturn motion.
o For that reason the different distance (5031 km) is effective geometrically
on Saturn.
Notice
o 10 Saturn orbital period (10 x 10747 solar days) = 2579280 hours
o If 1 hour = 1 km
o So, this period will be = 2579280 km
o Earth moves during (24 hours) distance = 2574720 km
o This distance we should discuss later because it's so effective in Saturn
motion explanation, but what we need here is only to show that, there's a
deep interaction is found in Saturn motion based on the rate (10), because
the period 10 Saturn days classifies Saturn motion into period based on the
rate (10). I want to say that, geometrically Saturn motion depends on the rate
(10) and because of that we meet this rate (10) in every point concerning
Saturn motion.
Notice
o 9010 mkm x 10 = 2 x 120536 km x 373644 km - Where
o 9010 mkm = Saturn Orbital Circumference
o 120536 km = Saturn Diameter
o 373644 km = The distance Saturn moves during its day period.
o This equation tries to prove that, Saturn motion geometrical design depends
on the rate (10). (the using of 2 Saturn diameters is a feature we met
frequently- we should discuss it later)

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(6th
Point)
(A)
- 10747 days (Saturn Orbital Period) x 24 h =10.7 h (Saturn day period) x 2 x 12053
(B)
- 1433.5 mkm (Saturn Orbital Distance) = (12053 km x π)2
- Where
- 12104 km = Venus Diameter ( different from 12053 km with 0.4%)
- The previous 2 data are provided here to show that, Venus diameter is used as a
rate in Saturn motion data, this using must be done based on geometrical
mechanism that because Saturn Orbital Period (10747 days) can't be defined as a
function in Saturn orbital distance! Although both values are defined as functions
in Venus diameter
- Why?
- There's a geometrical mechanism controls the data of both planets motions, and
because of this mechanism that data is defined depending each other.
- This data has a great depth, we need to discuss this data with Venus diameter
analysis –
- But, this data is provided here to show that, Venus diameter is used (originally) as
a rate inside Saturn Motion data, we aren't astonished before this fact because we
know that the motion must be transported between the 2 planets but we still try to
catch the method by which the motion transportation is done.
Notice
- Saturn day period =10.7 hours = 38520 seconds
- 120536 km (Saturn Diameter) = π x 38368 km
- If 1 km = 1 second, so the value 38368 km be 38368 seconds different from Saturn
day period 38520 seconds with 0.4% (=152 seconds).

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(7th
Point)
- Saturn move during its day period a distance = 98.67% of Saturn Circumference
- This fact means,
- from a rotation 360 degrees (to move Saturn circumference completely), Saturn
rotates 355.2 degrees by the distance 373644 km which Saturn passes during its
day period.
- If the value 355.2 degrees be used as 355.2 seconds, so
- Venus (35 km/s) moves during 355.2 seconds a distance = 12430 km
- The value (12430 km) is created based on geometrical design because:
1- The value 12430 km is the only middle rate between Venus diameter 12104
km and Earth diameter 12756 km
2- Saturn (9.7 km/s) moves during 12430 seconds a distance = 120536 km =
Saturn Diameter
3- Mars (24.1 km/s) moves during 12430 seconds a distance = 300000 km =
light motion distance during 1 second period of time.
Also
4- (Earth Diameter/ The Moon Diameter) = (Jupiter diameter /39050 km)
Where 39050 km = 12430 km x π
- I want to say that,
- We don't deal with random data, we deal with data of geometrical system. For that
reason, the value (12430 km) which is passed by Venus in the period 355.2
seconds is the required period (12430 seconds) for Saturn and Mars motions to
pass their specific distances. No pure coincidences here to use this value (12430 s)
for both planets and this same value (12430 km) be defend by Venus, earth, Jupiter
and the moon diameters, because the geometrical design by which these 4 planets
data is created defined also the distance 12430 km with them geometrically.

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I - Data
(1)
100 x 224.7 days x 24 hours = 107 hours x 5040
(2)
2802 hours = 107 hours x (5.11)2
(3)
5832.5 hours = 10 x (10.7)2
x 5.1
(4)
153.3 hours x 12 = 107 hours x 17.2
II – Discussion
Equation no. (1)
100 x 224.7 days x 24 hours = 107 hours x 5040
- Where
- 224.7 solar days = Venus Orbital Period
- 107 hours =10 Saturn Days Periods
- 5031 km = the different distance between Saturn circumference and
its motion distance during its day period
- The value (5040) is very near to 5031 km so we can consider they are equal
- But
- 5040 seconds are required for mercury day period to be =176 solar days
- That may create a geometrical mechanism behind this number (5040 or 5031)
- Equation no. (1) shows that, Venus orbital period is defined based on 10 Saturn
Days period, but some complex geometrical mechanism is found behind
- To discover this geometrical mechanism we need to answer the question (why
does Saturn move during its day period a distance less than its Circumference with
5031 km?). this is a significant question because Saturn motion depends on
geometrical mechanism and that means this different distance (5031 km) is found
for a geometrical necessity

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- Why does Equation no. (1) use 100?!
- This also is a hard question… because … Venus axial tilt was 1.774 degrees, this
value also is the rate between Venus Diameter And Mars Diameter…. that means,
originally, Venus Axial Tilt be defined based on the rate between Venus diameter
and Mars diameter (1.774) and because of that Venus axial tilt was 1.774 degrees
- But after the planets Migration (Mars and Pluto) Venus axial tilt is changed to be
177.4 degrees (= 100 x 1.774)
- Equation no. (1) shows that, Saturn motion effect on Venus motion and this effect
is registered in very specific period of Venus life, because Saturn is created after
Venus creation.
Equation no. (2)
2802 hours = 107 hours x (5.11)2
- Where
- 2802 hours = Venus Day Period
- 107 hours = 10 Saturn Days Period
- 5.1 = the rate controls the most data of Saturn and Venus
- The rate (5.1) we should discuss later because this rate controls all Saturn & Venus
motions data. So, this rate significance will be discovered later
- Equation no (2) shows that, Venus day period depends on 10 Saturn Days
- We should keep in mind the rate (5.1) because it's the data found geometrically
among Venus motion data and be used geometrically for Saturn motion data. This
discussion of this rate will show that, Venus and Saturn motions depend on this
rate (5.1) only.

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Equation no. (3)
5832.5 hours = 10 x (10.7)2
x 5.1 Where
- 5832.5 hours = Venus Rotation Period
- 5.1 = The Basic Rate between Saturn and Venus motions
- Equation no. (3) tells interesting meanings which are:
(A)
o Venus Cycles periods are defined as function in Saturn day period, for that
reason we have seen that Venus 3 periods are defined based on Saturn day
period (or 10Satrrun days period)
o (equation no. 1,2 and 3 analyze Venus orbital period, Venus day period and
Venus rotation period in proportionality with Saturn day period)
(B)
o The rate (10) is used basically in all Saturn cycles periods, that means,
Saturn cycles periods are defined based on this rate (10) and this fact is
explained simply, because Saturn motion depends on (Jupiter 8 days cycle)
which is defined for Saturn as (10satrtun days cycle), because Jupiter moves
during 8 Jupiter days a distance = the distance Saturn passes during 10satrun
days.
o That tells, geometrically, Saturn motion periods depends on the rate (10) and
because of that, this rate is used frequently in Saturn motion periods of time.
(C)
o The rate (5.1) controls Saturn and Venus motions data, for that reason we
should see this equation again with the discussion of the rate 5.1
o The significant point behind this discussion is that, the rate (5.1) is found
based on geometrical design in Venus motion data and used in Saturn
motion data based on a geometrical design also and that tells some motion
must be transported between the 2 planets

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Equation no. (4)
153.3 hours x 12 = 107 hours x 17.2
- Where
- 153.3 hours = Pluto Day Period
- 107 hours = 10 Saturn days
- 17.2 hours = Uranus Day Period
- Equation no. (4) is a complex equation, let's summarize its meaning in following
o Pluto day period (153.3 hours) is the longest day in the outer planets days
periods because Uranus Motion effects on Pluto motion to extend its day
length and to make Pluto day period =153.3 hours
o This fact is proved by 2 proves, the first is Pluto orbital inclination =17.2
degrees where Uranus day period =17.2 hours, and through our discussion
we don't be stubborn with the units definition because of the solar system
geometrical flexibility.
o That tells Uranus , and not any other planet, caused Pluto day period be
=153.3 hours!
o The second proof is the (Planet 8 Days Cycle) where Uranus uses Pluto day
period to move a distance = Jupiter motion distance, while Jupiter uses
Jupiter day period but Uranus uses Pluto day period telling that Uranus
prefer Pluto day than its own day.
o Now we know that, Uranus motion caused Pluto day period to be 153.3 h
o But Why?
o Uranus did that to enable Pluto to move a distance = Earth motion distance
during its day period
o This information is a third proof for the claim (Uranus caused Pluto day
period to be 153.3 h) let's review this data in following:

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o Earth moves during (24 hours) a distance = 2574720 km
o The Earth moon displacements total during 29.53 days =2598693 km
o Pluto moves during (153.3 h) a distance = 2593836 km
o Uranus moves during 378675seconds a distance = 2574990 km
o These 4 distances are equal (the difference between them is 1%)
o Why these distances are equal? We don't know
o What we know is that,
o Pluto Long day period (153.3 h) enabled Pluto to move a distance = the
other planets motions distances, and
o Uranus uses Saturn circumference (378675 km) as a period of time (378675
seconds) to pass the equal distance to the 4 planets
o Although we can't discover the geometrical mechanism behind this 4
distances equality, we can conclude that, Uranus motion caused Pluto day
period to be 153.3 hours and Uranus used Saturn motion data to perform this
process. That tells some complex interaction must be found between Pluto
and Saturn motions, which we need to discuss later. But for just reference
we need to see the following data
o Pluto (4.7 km/s) moves during 10921 seconds a distance = 51118 km
o Pluto (4.7 km/s) moves during 51118 seconds a distance = 2 x 120536 km
o Pluto (4.7 km/s) moves during 2 x 120536 seconds a distance = 1.1318 mkm
o Where
o 10921 km = The Earth Moon Circumference
o 51118 km = Uranus Diameter
o 120536 km = Saturn Diameter
o 1.1318 mkm = Jupiter motion distance during the solar day.

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(8th
Point)
- 378675 km (Saturn circumference) x 2= 101 x 7510 km (Pluto Circumference)
- i.e.
- 378675 km (Saturn circumference) = 50.5 x 7510 km (Pluto Circumference)
- But
- 224.7 days (Venus Orbital Period) x 24 hours = 107 hours (10 Saturn days) x 50.5
- That means,
- (Saturn circumference/Pluto Circumference) = (Venus Orbital Period/ 10 Saturn days)
- The data tells, the interaction between Saturn and Venus motions effected on Pluto
motion. that means, this process is not dedicated for the 2 planets only but it
contains more planets effect in this same process –
- For that, this data should be analyzed deeply in Saturn and Pluto motions
interaction which we have to do in this paper.

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(9th
Point)
- Venus Rotation Period 5832.5 hours x 6 = 34995 hours = 1458.12 days
- Earth Orbital Period 365.25 days x 4 = 35064 hours = 1461 days
- The difference = 69 hours
- Saturn (9.7 km/s) moves during 69 hours a distance = 2.40948 mkm
- Where
- 2.40948 mkm = 339 x 7108
- Pluto (4.7 km/s) moves during 69 hours a distance = 1.167480 mkm
- Where 1.167480 mkm = 339 x 3445 km
- Where
- 3475 km = the moon diameter (difference from 3445km with 1%)
- 7070 km = Mars ancient diameter (difference from 7108 km with 0.5%)
Notice
The periods 1461 days and 1458.1 days are related to Saturn motion periods, we
should analyze them with Venus Rotation Period Analysis (3-5).

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2-2 Venus Diameter Analysis
I- Data
(1)
- Uranus Day Period = 61920 seconds and
- (61920 seconds /12104 seconds) = 5.1
- (Venus velocity / Uranus velocity) = 5.1
- (Mars velocity / Pluto velocity) = 5.1
- Where 12104 km = Venus Diameter
But
- 12104 seconds = 3.4 hours
- Where 3.4 degrees = Venus orbital inclination
II- Discussion
- Equation no. (1) tells that,
- Venus (35 km/s) moves during 12104 seconds a distance = Uranus (6.8 km/s)
motion distance during its day period (17.2 hours) = Pluto (4.7 km/s) motion
distance during 90560 seconds (where 90560 days = Pluto orbital period)
- The 3 planets velocities and periods of time are rated with each other, specifically,
- (35/6.8) = (61920 sec/12104 sec). and (error 0.6%)
- (35/4.7) = (90560 sec/ 12104 sec). and (error 0.4%)
- (6.8/4.7) = (90560 sec/ 61920sec) (error 1%)
- The data proves the claim that, a geometrical mechanism is found behind this data
creation because it's not one data created by some pure coincidences of numbers,
but it's a system of data all of them are created based on each other geometrically.
- This harmony of the 3 planets motions data be the base on which (Planet 6 days
Cycle be created) because if these distances be multiplied with (6) the result will
be defined distances as occurred with (8 days cycle), for example, the distance
Pluto (4.7 km/s) moves during 90560 seconds x 6 = 2553792 km = Earth motion
distance during its day period (error 0.8%).

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Equation no. (3)
- 30589 seconds x 2 = 12104 seconds x 5.05
- Where
- 30589 days = Uranus Orbital Period
- 12104 km = Venus Diameter
- In the data analysis of Venus, Saturn, Uranus and Pluto motions we have 2 rates
which are (5.1 and 5.05) both rates are working geometrically and this rate is the
cornerstone of the interaction between these 4 planets motions.
- This fact causes no confusion in our study, because it's usual using…. For example
- 17.4 degrees = the inner planets orbital inclination total
- 17.2 degrees = Pluto orbital inclination (Where 17.4 deg x 0.99 = 17.2 deg)
- Also
- 23.6 degrees = the outer planets orbital inclination total
- 23.4 degrees = Earth Axial Tilt (Where 23.6 deg x 0.99 = 23.4 deg)
- Also
- 5.1degrees x 0.99 = 5.05 degrees
- It's a geometrical rule be used in the solar system motion, which we hope to
discover its geometrical effect.
Equation No. (4)
17.4 degrees = 3.4 degrees x 5.1 degrees
- Where
- 5.1 degrees = The moon orbital inclination
- 3.4 degrees = Venus orbital inclination
- 17.4 degrees = The Inner Planets Orbital Inclinations Total
- The data gives a clear direction, it tells Venus diameter (12104 km) is a value
created to be used as a period of time (12104 seconds) in proportionality with
Uranus day period (17.2 hours) and other planets motions periods.

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- For that reason, Venus orbital inclination =3.4 degrees, where 3.4 hours = 12104
seconds, that tells, a geometrical system is found under the data and this system
creates (the planets different data in harmony with its geometrical design).
Notice
- During 12104 seconds Earth (29.8 km/s) moves a distance = 3 Saturn diameters
And
- Jupiter (13.1 km/s) during 12104 sec moves a distance = Uranus Circumference
(error 1.2%)
- That tells Venus diameter (12104 km) is created as a period of time (12104 s)
under the direct effect of Uranus motion.
Notice
- Saturn (9.7 km/s) moves during 30589 seconds a distance = 300000 km = light
motion distance for 1 second (error 1%).
- Pluto (4.7 km/s) moves during 30589 seconds a distance = 142984 km = Jupiter
Diameter (error 0.6%).
- This data tries to show that, Uranus orbital period 30589 days can be used as
30589 seconds for planets motions to pass defined distances. And that shows the
equation (30589 s x 2 = 12104s x 5.05) was built on a geometrical system of data.

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2-3 The Rate 5.1 Proves The Motion Transportation
- Let's summarize the idea in following
- The rate (5.05) is found in Venus Motion Data Geometrically
- And
- The rate (5.05) is used in Saturn Motion Data Geometrically
- The rate (5.05) transportation from a planet to another gives us the option to ask if
the motion can be transported from a planet to another
- If the motion is transported among the solar planets, we should try to discover the
geometrical rules based on which the motion is transported.

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The Motion Transportation
I- Data
Group No. (I)
(1)
38520 seconds = 518 seconds + 38002 seconds
(2)
518 s x 35 km/s = 5.05 hours x 3600 s
(3)
355.2 seconds x 35 km/s = 12430 km
Group No. (II)
(4)
2802 hours = 107 hours x (5.11)2
But
29.53 hours x 35 km/s = 3736440 km
(5)
10 x 10747 days x 24 hours = 10.7 hours x 2 x 120536
(6)
9010 mkm x 10π = 378675 km x 373644 km
(7)
120536 km = 5.05 x 23794 (but 9010 mkm = 378675 km x 23794)
(8)
5040 s x 35 km/s = 9.7 km/s x 3600 x 5.05
(9)
2 x 5.1 x 2.5 =(5.05)2
(10)
2 x 30589 days = 12104 days x 5.05
(11)
120536 km = 5.1 x 7510 x π and 12104 km = 2390 km x 5.05

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II- Discussion
- The previous data is discussed already, we put them together to show how the rate
(5.1) controls the most part of Venus and Saturn motions data…
Equation no. (2)
518 s x 35 km/s = 5.05 hours x 3600 s
- Where
- 35 km/s = Venus Velocity
- Venus moves during 518 seconds a distance = 18130 km and if each 1km =1
second, so this period 18130 seconds = 5.05 hours.
Equation no. (4)
2802 hours = 107 hours x (5.11)2
- Where
- 2802 hours = Venus Day Period
- Equation no. (4) uses 10 Saturn Days Period
- The equation tells that, the rate between Venus day period (2802 h) and 10 Saturn
days period (107 h) = the rate (5.11)2
, that shows the rate (5.1) is used as the direct
relationship rate between Venus and Saturn motions.
Equation no. (7)
120536 km = 5.05 x 23794 (but 9010 mkm = 378675 km x 23794)
- Where
- 9010 mkm = Saturn Orbital Circumference
- 378675 km = Saturn Circumference
- Equation no. (7) shows the rate 5.05 is used between Saturn motion data

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- I try to show that, some geometrical mechanism is found behind and because of
that the rate (5.05) is used so frequently
Equation no. (8)
5040 s x 35 km/s = 9.7 km/s x 3600 x 5.05
- Where
- 9.7 km/s = Saturn velocity
- 5040 seconds = Mercury day period 4222.6 h needs 5040 s to be 176 solar days
- Equation no. (7) tells us that,
- Venus moves during 5040 seconds a distance = 176400 km
- This same distance is passed by Saturn during 5.05 hours, again the data uses the
rate 5.05
Equation no. (9)
2 x 5.1 x 2.5 =(5.05)2
- Where
- 5.1 degrees = the moon orbital inclination
- 2.5 degrees = Saturn orbital inclination
- Equation no. (8) tells that both planets orbital inclination depends on the rate
(5.05)
Equation no. (11)
120536 km = 5.1 x 7510 x π and 12104 km = 2390 km x 5.05
- Where
- 7510 km = Pluto Circumference
- 2390 km = Pluto Diameter
- Equation no. (11) shows more using for the rate (5.05)

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3- Venus Rotation Period Analysis
3-1 Planets 8 Days Cycle
3-3 Venus Rotation Period
3-4 Saturn orbital Distance 1433.5 mkm
3-5 Venus Rotation Period General Discussion
We need to review (the 8 days cycle) for the paper discussion
(I)
- Jupiter (13.1 km/s) moves during its day period (9.9 h) a distance = 466884 km
- But
- 466884 km = 449197 km (Jupiter Circumference) + 17687 km
- Where
- (8 x 17687 km = 141496 km (Jupiter Diameter) (error 1%)
- Based on that, we have concluded that, Jupiter has a cycle of 8 days
- Jupiter (13.1 km/s) moves during 8 Jupiter days (79.2 h) a distance = 3735072 km
- (3735072 km= 8 Jupiter circumferences + 141496 km (Jupiter diameter) (1%)
(II)
- The distance 3735072 km is passed also by Saturn and Neptune with a rate 80%
depends on one another as following
- Saturn (9.7 km/s) moves during 10 Saturn days (107 h) a distance = 3736440 km
- (10 Saturn Circumferences = 3786750 km, the difference =50310 km = Uranus
Diameter error 1.5%)
- Neptune (5.4 km/s) moves during 12 Neptune days (193.2 h) a distance = 3755808
km
- (24 Neptune Circumferences = 3734323 km, the difference =21485 km = Mars
Circumference (error 0.6 %)

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(III)
- Uranus (6.8 km/s) moves during Pluto day period (153.3 h) a distance = 3752784
km
- The distance 3752784 km = Jupiter motion distance during 8 days + 17687 km
- And because
- 17687 km x (8) = 141496 km = (Jupiter diameter error 1%)
- That tells another Cycle is found between Uranus and Jupiter based on 8 Pluto
days
- That means, the distance passed by Uranus during 8 Pluto days equal the distance
passed by Jupiter during 64 Jupiter days and equal the distance passed by Saturn
during 80 Saturn days and equal the distance passed by Neptune during 100
Neptune days
In details
(a)
Jupiter (13.1 km/s) moves during (64 Jupiter days) a distance =29880756 km
(b)
Saturn (9.7 km/s) moves during (80 Saturn days) a distance =29891520 km
(c)
Neptune (5.4 km/s) moves during (100 Neptune days) a distance =31298400 km
(d)
Uranus (6.8 km/s) moves during (8 Pluto days) a distance =30022272 km
Comments
- The differences between these distances are less than 1 % (generally) and based on
that we can't consider they are different distances but we have to consider that they
are equal distances
- Although still there are small differences which are found for geometrical reasons
for example the difference between Jupiter and Saturn motions distances =
29880756 km – 29891520 km = 10921 = The Earth moon circumference

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The Discussion:
(I)
- Jupiter, Saturn and Neptune follow the cycle (8 Jupiter Days), where
- The distance Jupiter passes in 8 Jupiter days = the distance Saturn passes in 10
Saturn days = the distance Neptune passes in 12 Neptune days
(II)
- Uranus creates a greater (8 Days Cycle), where
- The distance Jupiter passes in 64 Jupiter days = the distance Saturn passes in 80
Saturn days = the distance Neptune passes in 100 Neptune days = the distance
Uranus passes in 8 Pluto days.
- The data shows that some geometrical mechanism must be found behind the
planets motions…
- In fact the previous data is so interesting but we can't use it because many basic
questions we can't answer for example….
o Why these planets motions distances are equal? They are equal distances
passed by different planets in different periods of time, can that be useful to
explain the geometrical reason based on which the motions are done?
o In old example, we have found that, Earth moves during its day period (24
h) a distance = the distance Pluto passes during its day period (153.3 h), can
these distances equality be effective on both planets days periods definition?
o The previous question tells that, because the 2 distances are equal earth day
period =24 hours and Pluto day period =153.3 hours, and in fact the data
supports this conclusion because (Earth velocity / Pluto velocity) = (Pluto
Day Period / Earth Day Period), some geometrical mechanism must be
found behind, But ….
o Any such supposed effect be found between the 2 planets tells that, some
(Transportation Of Motion Features) must be done among the planets…

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- Uranus (6.8 km/s) moves during its day period (17.2 h) a distance = 421056 km
- Venus (35 km/s) moves during 12104 seconds a distance = 423640 km
- Pluto (4.7 km/s) moves during 90560 seconds a distance = 425632 km
- Where
- 90560 days = Pluto orbital Period
- The previous data gives the base on which the (6 time units Cycle) is created – and
based on that, the provided data uses (6 Uranus days 10.3h) and (6 x 12104 s) and
(6 x 90560 s) to pass the mentioned distances and creates the defined differences
- Based on that,
(1)
Venus (35 km/s) moves during 12104 seconds (x 6) a distance = 2541840 km
Uranus moves during 6 Uranus days period (103.2 h) a distance = 2526336 km
2541840 km – 2526336 km = 15504 km (Mercury Circumference error 1%)
(2)
Pluto (4.7 km/s) moves during 90560 s x 6 a distance = 2553792 km
Venus (35 km/s) moves during 12104 seconds (x 6) a distance = 2541840 km
2553792 km – 2541840 km = 11952 km (Venus Diameter 12104 km error 1.2%)
(3)
Pluto (4.7 km/s) moves during 90560 s x 6 a distance = 2553792 km
Uranus moves during 6 Uranus days period (103.2 h) a distance = 2526336 km
And
2553792 km – 2526336 km = 27456 km (= 86400 km /π)
(4)
Jupiter (13.1 km/s) moves during (6) of Jupiter days (59.4 h) a distance = 2.8 mkm =
2π2
x 142984 km (Jupiter Diameter)

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(5)
Neptune (5.4 km/s) moves during (6) of Neptune days (96.6 h) a distance = 1.87 mkm
= Jupiter (13.1 km/s) motion distance during 142984 seconds.
Basic Questions
- The cycle of (6 units) doesn’t depend on planet day period Why?
- Because
o The planet diameter is used as a period of time, and also planet orbital
period is a period of time
o These all data consist together the planet motion required periods of time
but in categories- as we have seen in Saturn analysis – let's remember it
o Saturn day period =10.7 hours but Saturn diameter =120536 km and can be
used as 120536 seconds where 10.7 h x 3600 s x π = 120536 s
o That means, Saturn diameter in fact = Saturn day period but be seen in
another form – Saturn orbital period should be a third form for the same
period of time
o But we have no equation can express these 3 values in each planet..! that's
the difficulty because we don't know the geometrical rule based on which
the planet diameter is created (again we need to ask, how the matter is
created?)
Notice
- Pluto moves during (6 x 90560 s) a distance = 2553792 km
- Pluto moves during its day period (153.3 h) a distance =2593836 km
- The difference = 40080 km = Earth Circumference
- Please remember 40080 km = the 5 inner planets diameters total
Notice
- Pluto moves during (8520 s) a distance = 40080 km = Earth Circumference

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3-3 Venus Rotation Period
I- Data
(1)
Jupiter (13.1 km/s) moves during (64 Jupiter days) a distance =29880756 km
(2)
Saturn (9.7 km/s) moves during (80 Saturn days) a distance =29891520 km
(3)
Neptune (5.4 km/s) moves during (100 Neptune days) a distance =31298400 km
(4)
Uranus (6.8 km/s) moves during (8 Pluto days) a distance =30022272 km
Data Analysis
(2) - (1) = 10921 km = The Earth Moon Circumference
(4) – (1) = 141516 km = Jupiter Diameter (error 1%)
(3) – (4) = 1276128 km = π x 406204 km
(4) – (3) = 130752 km = notice (406000 km = π x 129234 km)
(3) – (1) = 1417644 km
(3) – (2) = 1406880 km
- The difference between 130752 km and 129234 km =1518 km
- During (8 cycles) this value (1518 km) will be = (12104 km Venus diameter)
- In the next data (after discussion) we will use the (8 cycles) to see how to create
the difference 12104 km
- Let's start our discussion

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II- Discussion
- The rule became clear, that, different planets move equal distances during defined
periods of time
- Although the distances are equal because the difference between them is less than
1% but the (small) differences between them show geometrical effects
- Usually these small differences be = planets diameters or circumferences and
sometimes equal planets motions distances during the solar day or during these
planet days periods
- Why? is the question which we search to answer
- In the previous data
o The difference between Uranus motion (no 4) and Jupiter motion (no.1) =
141516 km = Jupiter diameter (1%)
o Because of this value (141516 km) we conclude a cycle of (8 days) is found
here because during 8 days this distance (141516 km) is accumulated (8 x
17690 km) and be completed after 8 days cycle and by that we concluded
the (8 days cycle)
o The difference between Saturn (29891520 km) and Jupiter (29880756 km) =
10921 km = The Earth Moon Circumference
Notice
- Pluto moves during its day period a distance = 2593836 km
- But
- Uranus moves during Pluto day period a distance = 3752784 km
- The difference = 1.16 mkm (the distance passed by Jupiter during Mars rotation
period).

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In following we use (8 days Cycle)
I- Data
(5)
Jupiter moves during (512 Jupiter days = 64 d x 8) a distance = 239.0446 mkm
(6)
Saturn moves during (640 Saturn days = 80 d x 8) a distance = 239.13216 mkm
(7)
Neptune moves during (800 Neptune d= 100 x 8) a distance = 250.3872 mkm
(8)
Uranus moves during (64 Pluto days = 8 d x 8 ) a distance =240.17818 mkm
(9)
Mercury (47.4 km/s) moves during (1407.6 h) a distance =240.192 mkm
(10)
Mars (24.1 km/s) moves during (2802 h) a distance =243.10152 mkm
(11)
Neptune (5.4km/s) moves during (12430 hours) a distance = 241.6392 mkm
Data Analysis
(6) (Saturn motion) – (5) (Jupiter Motion) = 87550 km
(The moon daily displacement =88000 km)
(8) (Uranus Motion) - (5) (Jupiter Motion) = 1.133566 mkm
(Jupiter motion distance per solar day = 1131840 km )
(8) (Uranus motion) – (6) (Saturn Motion) = 1.04602 mkm
Where
((8 x 406000 km) /π) = 1033870 km
And 1046020 – 1033870 km = 12150 km (Venus diameter = 12104 km)
406000 km = the moon apogee radius = Pluto motion distance during a solar day

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(9) (Mercury Motion) – (5) (Jupiter Motion) = 1148252 km = π x 365500 km
(The outer planets diameters total = 366556 km)
(9) (Mercury Motion)– (6) (Saturn Motion) = 1060700 km
(where 1067148 km x 2 = 2134256 km Mars motion distance during Mars rotation
period)
(10) (Mars Motion) – (5) (Jupiter Motion) = 4.056912 km
(= 4.095 mkm = Mercury velocity per solar day error 1%)
(10) (Mars Motion) - (11) (Neptune Motion) = 1.46232 mkm = π x 466556 km
(Neptune Velocity Per Solar Day =466556 km)
(11) (Neptune Motion)– (5) (Jupiter Motion) =2.594592 mkm
(Pluto motion distance during its day period = 2.593836 mkm)

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II- Discussion
- We used the (8 days Cycle) for the distances we have discussed because the
difference 1518 km will be = 12104 km (Venus Diameter) during (8 days Cycle)
- By performance this objective we have found that,
- The planets move a distance = 243 mkm (Approximately) (error in range 1%)
- And we know that,
- Mercury moves during its rotation period (1407.6 h) a distance = 240.2 mkm
- And
- Mars moves during Venus day period (2802 h) a distance = 243.1 mkm
- For that reason I have added them to our data to see what message is told by this
data…
- What does message the data tell us?
- Notice No. 1
- The distance passed by Saturn during (80 Saturn days) = 29891520 km
- The distance passed by Jupiter during (64 Jupiter days) = 29880756 km
- The difference = 10921 km = the Earth moon circumference
But
- The distance passed by Saturn during (80 Saturn d x 8) = 239132160 km
- The distance passed by Jupiter during (64 Jupiter d x 8) = 239044608 km
- The difference = 87550 km
- Where
- The moon displacement per a solar day = 88000 km
- Simply 88000 = 10921 km x 8
- But
- We should ask, does this cycle different distances mentioned the moon
circumference and motion per a solar day or the values be created by chance?

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- Notice No. 2
- The distance passed by Uranus during (8 Pluto days) = 30022272 km
- The distance passed by Jupiter during (64 Jupiter days) = 29880576 km
- The difference =141696 km (= Jupiter diameter error 1%)
But
- The distance passed by Uranus during (8 Pluto days x 8) = 240178176 km
- The distance passed by Jupiter during (64 Jupiter days x 8) = 239044608 km
- Where
- Jupiter motion distance per a solar day =1131800 km
- Simply 1131800 = 141696 km x 8
- The data tells, the planets diameters and their motions distances per solar day are
defined based on geometrical rules
Notice (3)
- Mercury moves during its rotation period (1407.6hours) a distance = 240.192 mkm
- Mercury Jupiter Distance =720.7 mkm
- But
- 720.7 mkm = 3 x 240.192 mkm
- i.e.
- 2 x 720.7 mkm = 6 x 240.192 mkm
- But Mercury Jupiter distance (720.7 mkm) must be used in double value (2 x 720.7
mkm) because it creates 180 degrees through the sun (for a complete revolution)
- That means, the distances (2 x 720.7 mkm and 240. 19 mkm) are defined relative
to each other based on the rate (6) which shows the Cycle (6 periods) (this cycle
will be discussed in this current paper).

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- Notice No. 4
- The distance passed by Uranus during (64 Pluto days) = 240178176 km
- The distance passed by Mercury during (1407.6 hours) = 240192864km
- Where
- 88000 km (the moon daily displacement) = 6 x 14688 km
- That tells, a cycle of (6 days Period) is used to create the distance (88000 km)
depends on this difference (14688 km)
- Based on that we have to review Then (6 days Cycle) and show if it can help to
perform this process.

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3-4 Saturn orbital Distance 1433.5 mkm
In the previous motions done by planets to pass distances = 243 mkm approximately
We need to use a cycle of (6 periods) as in following
I- Data
(A)
Jupiter moves during (512 Jupiter days x 6) a distance =1434.267648 mkm
(B)
Saturn moves during (640 Saturn days x 6) a distance = 1434.79296 mkm
(C)
Neptune moves during (12430 hours x 6) a distance = 1449.8352 mkm
(D)
Uranus moves during (64 Pluto days x 6) a distance =1441.069056 mkm
(E)
Mercury moves during (1407.6 h x 6) a distance = 1441.157184 mkm
(F)
Mars moves during (2802 h x 6) a distance = 1458.60912 mkm
(G)
Neptune moves during (778.6 x 16.1 h x 6) a distance = 1462.136055 mkm
II- Data Analysis
(E) – (D) = 88100 km
(F) – (E) = 17.4519 mkm

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A Comment
- We should remember that,
- Mercury moves during its rotation period a distance = 243 mkm (error 1%)
- But
- Mercury moves during its day period a distance = 720.7 mkm
- The distance 720.7 mkm between Mercury and Jupiter is the orbital radius and the
diameter needs 2 x 720.7 mkm which need 2 x 4222.6 hours (= 6 x 1407.6 hours
Mercury rotation period)
- And during (6 Mercury rotation periods) Mercury movies a distance = 1433 mkm
- That creates a connection between (243 mkm) and (1433 mkm) that tells both
distances are created depending on each other by the (6 periods) Cycle.

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3-5 Venus Rotation Period General Discussion
- Venus Rotation Period 5832.5 hours x 6 = 34995 hours = 1458.12 days
- Earth Orbital Period 365.25 days x 4 = 35064 hours = 1461 days
- The difference = 69 hours
- Saturn (9.7 km/s) moves during 69 hours a distance = 2.40948 mkm
- Where
- 2.40948 mkm = 339 x 7108
- Pluto (4.7 km/s) moves during 69 hours a distance = 1.167480 mkm
- Where 1.167480 mkm = 339 x 3445 km
- Where
- 3475 km = the moon diameter (difference from 3445 km with 1%)
- 7070 km = Mars ancient diameter (difference from 7108 km with 0.5%)
But
- 5832.5 hours (Venus rotation period) = 17.2 hours (Uranus day period) x 339
Notice
- The data tells that, Earth cycle (1461 days) depends on (8 days cycle) but Venus
rotation period cycle (1458.12 days) depends on (6 days cycle)
- The previous data discussion should depend on the value (339) because it's the key
by which the data can be explained, let's summarize the whole idea in following..
o Uranus motion effects on Pluto motion to make Pluto day = 153.3 hours to
enable Pluto to move during its day period a distance = earth motion
distance during earth day period
o This process be so essential one geometrically to for the solar system motion
creation
o The rate (339) is created basically between Venus rotation period and
Uranus day period, and this rate is transported from Venus to Saturn and
then to Pluto based on the geometrical mechanism by which Saturn orbital

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distance (1433.5 mkm) is created as a function in Venus rotation period (243
mkm or 243 days)
o The complex process needs Venus rotation period be (243 x 5 = 1458.12
mkm) and earth Cycle = (1461 mkm or days) because the difference
between these 2 values will be used for Saturn and Pluto motion to transport
the rate (339)
o Saturn motion during this period (69 hours) =2.4 mkm = 339 x 7108
o Where
o 7070 km = Mars ancient diameter which is Mars diameter before migration,
where Mars diameter is decreased with 4% after its Migration
o We know Mars diameter was 7070 km because it meets the equation (84
mkm = 7070 km x 1092
) where 84 mkm was mars ancient orbital distance
o The data here is significant because
o 2 x 387675 km (Saturn Circumference) =7070 km x 107
o That tells Saturn diameter is created depends on its day period and Mars
diameter, this data is interesting because Saturn orbital period = Mars orbital
circumference, shows a strong relationship between the 2 planets motions
o Based on the rate (339) Pluto motion is defined based on the moon diameter
(3475 km which is different from 3445 with 1%)
o The moon diameter is so significant for Pluto motion for many reason
among which that,
o Pluto (4.7 km/s) moves during 10921 sec a distance = 51118 km = Uranus
Diameter and
o Pluto (4.7 km/s) moves during 51118 sec a distance = 2 x Saturn Diameters
o Where
o 10921 km = the moon circumference
Pluto and Saturn motions discussion mat help our analysis, let's start it in following….

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4- Saturn And Pluto Motions Interaction
I - Data
(1)
(551880s/ 378675 s) = (35/24.1) = (6.8/4.7) =(9.9/6.8) = 1.458
(2)
(180/2π) =153.3h /10.7h)
II – Discussion
Equation no. (1)
(551880s/ 378675 s) = (35/24.1) = (6.8/4.7) =(9.9/6.8) = 1.458
- Where
- 551880 seconds = Pluto Day Period
- 378675 km = Saturn Circumference
- 24.1 km/s = Mars Velocity
- 6.8 km/s = Uranus Velocity
- 4.7 km/s = Pluto Velocity
- 9.9 hours = Jupiter Day Period
- Equation no. (1) shows that, Pluto day period is created in proportionality with
Saturn Circumference which is used as a period of time… this proportionality is
supported by 4 planets motions velocities, and we know these 4 planets velocities
because (Venus velocity / Uranus velocity) =5.1 = (Mars velocity / Pluto velocity),
that tells, the proportionality between Pluto day period and Saturn Circumference
(378675 seconds) depends on the rate 5.1
- And we know that
- The rate 5.1 controls almost all Venus and Saturn motions data in addition to the
moon orbital inclination =5.1 degrees

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- The tells this proportionality is created in the main process in which Uranus
motion effects on Pluto motion to extend its day period to be =153.3 h
- That explains why Saturn circumference 9and other data) is used for Uranus to
move a distance equal earth motion distance during its day period.
- The main geometrical effect is done by the equality of these 4 distances, which are
o Earth moves during (24 hours) a distance = 2574720 km
o The Earth moon displacements total during 29.53 days =2598693 km
o Pluto moves during (153.3 h) a distance = 2593836 km
o Uranus moves during 378675seconds a distance = 2574990 km
o These 4 distances are equal (the difference between them is 1%)
o Also
o 10 Saturn orbital period = 2579280 km
o If 1 km = 1 hour, this value also will be equal the 4 distances
o The geometrical effect is done by these distances equality and by that Pluto
day period be 153.3 hours,
o That tells the process almost is done inside the earth moon orbit
Notice
- The equation term (9.9/6.8) is unclear because we still need to discover how a
planet velocity be in proportionality with another planet day period – similar data
we can add for example (6.8 π =2 x 10.7) where 6.8 km/s Uranus velocity and
10.7 h = Saturn day period – please note
- (The moon day 708.7 h /10.7 h) = (the moon rotation period 655.7 h /9.9 h), this
data may show a deep interaction is found between these 2 planets and Uranus
velocity because of their interactions with the moon cycle periods.

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Equation no. (2)
(180/2π) =153.3h /10.7h)
- Where
- 153.3 hours = Pluto Day Period
- Equation no. (2) shows that, Saturn day period is created based on Pluto day period
by a geometrical design
- That again shows the data is created based on geometrical mechanism and
calculations, we deal with a geometrical system which define the data according its
geometrical rules, that tells the data is created based on geometrical necessities
which can help to discover the geometrical design behind it

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References
The Moon Orbital Motion Geometry (II)
https://www.academia.edu/45181646/The_Moon_Orbital_Motion_Geometry_II_
or
https://www.slideshare.net/Gergesfrancis/the-moon-orbital-motion-geometry-ii
Light Motion Features Are Discovered in Planet Motion
https://www.slideshare.net/Gergesfrancis/light-motion-features-are-discovered-in-planet-motion
The Moon Motion Trajectory Analysis (II)
https://www.academia.edu/44368860/The_Moon_Motion_Trajectory_Analysis_II_
Dr. Budochkina, Svetlana Aleksandrovna
Associate professor - Candidate of physico-mathematical sciences (2005)
http://www.mathnet.ru/eng/person22119
List of publications on Google Scholar
List of publications on ZentralBlatt
https://mathscinet.ams.org/mathscinet/MRAuthorID/757317
http://elibrary.ru/author_items.asp?spin=6087-3245
http://orcid.org/0000-0003-3447-0425
http://www.researcherid.com/rid/G-7453-2014
http://www.scopus.com/authid/detail.url?authorId=6507007003
https://www.researchgate.net/profile/Svetlana_Budochkina
Full list of
publications:
http://web-local.rudn.ru/web-
local/prep/rj/index.php?id=2944&p=15209
Mr. Gerges Francis Tawdrous +201022532292
Physics Department- Physics & Mathematics Faculty
Curriculum Vitae http://vixra.org/abs/1902.0044
E-mail mrwaheid@gmail.com
Twitter https://twitter.com/GergesTawdrous1
Linkedln https://eg.linkedin.com/in/gerges-francis-86a351a1
Facebook https://www.facebook.com
Researcherid https://publons.com/researcher/3510834/gerges-tawadrous/
ORCID https://orcid.org/0000-0002-1041-7147
Quora https://www.quora.com/profile/Gerges-F-Tawdrous
Google https://scholar.google.com/citations?user=2Y4ZdTUAAAAJ&hl=en
Academia https://rudn.academia.edu/GergesTawadrous
List of publications http://vixra.org/author/gerges_francis_tawdrous
Please scan the figure
(ORCID)

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