No[edit | edit source]

  • appears to be a joke; doesn't discuss a WMF issue and isn't a proposal. user:Tempodivalse
  • 15:28, 26 October 2009 Ged UK (talk | contribs) : "Planet hypothesis of the moon" ‎ (G1: Patent nonsense, meaningless, or incomprehensible)

Yes[edit | edit source]

The Earth moves around the moon. Then the mass known as earth's is moon's in inverse square force scheme. The moon is very very dense. But in that scheme, the density of sun is nearly the same as that of water. In the inverse biquadrate scheme, sun is over 100,000 times dense. We have believed that sun light is from fusion.  In the inverse biquadrate scheme, It can be suggested that hig pressure from high density push lights away from sun.

Planet Hypothesis of Moon[edit | edit source]

The Rotation period of the Moon is about 28 days which is appropriate value between those of Mars and Venus.

The Moon makes a complete orbit around the Earth with respect to the fixed stars about once every 27.3 days(its sidereal period). However, since the Earth is moving in its orbit about the Sun at the same time, it takes slightly longer for the Moon to show its same phase to Earth, which is about 29.5 days (its synodic period).

Most of the tide effects seen on the Earth are caused by the Moon's gravitational pull, with the Sun making a somewhat smaller contribution.

Lunar Libration is also an evidence of Planet moon. Because earth is heavy, Moon have libration which is lunar orbit in moon-earth system.

Relationship between temperature and mass of astronomic object shows that R/Ts of moon is large enough to be classified as big planet.

Chemical composition of Atmosphere of Jupiter and Moon is similarly composed of noble gas.

Earth Moon distance and forces[edit | edit source]

reference image

In the conventional inverse square scheme, The Moon is exceptionally large relative to the Earth, being a quarter the diameter of the planet. and the Earth and Moon are still commonly considered a planet-satellite system instead of double planet

From Angular mometum conservation,

If we assume equivalent density for moon and earth,

Rm/Re =2.626.

then =3.656 Giga Meter

Then Inverse biquadrate Gravity constant G" should be multiplied by 9.549*9.549.

= 224.31%

The above value is reasonable because inverse square potantial is larger for outer radius. and the density of the sun converges to over 1,000 times.

Satellite Hypothesis of Earth[edit | edit source]

Penumbra could shield moon light and Earth transit inside sun surface

Moon is nearer to earth when it is full . That is to say, moon make earth reced more than earth make when it is near the sun. For constant radial gravitational center of sun, earth and moon, Earth should go further when moon is near the sun. 

Unlike most satellites of other planets, the Moon orbits near the ecliptic and not the Earth's equatorial plane. If Earth is satellite of the moon, It is Lunar stationary and  orbits nearly Lunar equatorial plane.

The lunar orbit plane is inclined to the ecliptic by 5.1°, whereas the Moon's spin axis is inclined by only 1.5°.

Compared to Moon,  The Earth currently has an axial tilt of about 23.44°.The axis remains tilted in the same direction towards the stars throughout a year and this means that when a hemisphere (a northern or southern half of the earth) is pointing away from the Sun at one point in the orbit then half an orbit later (half a year later) this hemisphere will be pointing towards the Sun.

According to Density of satellites, Semi-major axis and radii of big satellite become resonable with inverse biquadrate force.

Axial tilt of major celestial bodies[edit | edit source]

Object axial tilt(degree)
Mercury ~0.01
Venus 177.4
Earth 23.439281
Moon 1.5424
Mars 25.19
Ceres ~4
Pallas ~60
Jupiter 3.13
Saturn 26.73
Uranus 97.77
Neptune 28.32
Pluto 119.61

Radius of planet[edit | edit source]

Planetary attributes
Name Equatorial
Mass(sq)[a] Orbital
radius(sq) (AU)
Equatorial diameter
(biq,shortest distance)
Mass(biq) Orbital
Orbital period
to Sun's equator
Rotation period
Rings Atmosphere
Sun Sun 109 332900 0 109 0 - - - 25(equato)~35(pole) no -
Terrestrials Mercury 0.382 0.06 0.39 0.271 0.565 0.24 3.38 0.206 58.64 no minimal
Venus 0.949 0.82 0.72 0.605 0.826 0.62 3.86 0.007 -243.02 no CO2, N2
Moon 0.275 1/81 1.00 2.626 18.11 1.00 1.00 ~28 1 no
Earth[b] 1.00 1.00 1.00 1.00 1.00 1.00 1.00 7.25 0.017 1.00 no N2, O2
Mars 0.532 0.11 1.52 0.292 1.287 1.88 5.65 0.093 1.03 2 no CO2, N2
Gas giants Jupiter 11.209 317.8 5.20 4.508 2.689 11.86 6.09 0.048 0.41 49 yes H2, He
Saturn 9.449 95.2 9.54 3.176 3.870 29.46 5.51 0.054 0.43 52 yes H2, He
Uranus 4.007 14.6 19.22 1.077 5.885 84.01 6.48 0.047 -0.72 27 yes H2, He
Neptune 3.883 17.2 30.06 0.896 7.705 164.8 6.43 0.009 0.67 13 yes H2, He
a  Measured relative to the Earth.
b  See Earth article for absolute values.

See also[edit | edit source]

Notes[edit | edit source]

References[edit | edit source]

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