Sun's Hot Surface: Influence of Jupiter on our Sun ~~~~

Sun's Hot Surface: Influence of Jupiter on our Sun

By: Jon Riley B.A., Toronto, Canada,

pictures at www.kfcircuits.com/Sun.pdf

Abstract

It is possible in theory that if the largest planet, Jupiter gives
the Sun elongation, and with the Sun's rotation at 25 days as being a
high speed, since the Sun's mass is large, the hot surface with solar
flares maybe the result of high rotation speed and elongation. A tide
on Earth is when the Moon and Earth line up to force the waters of the
ocean. In the same way, the largest planet Jupiter may force the Sun
into elongation and create a hot surface. Moreover the Sun maybe is in
extreme elongation when Jupiter, Saturn and the Sun are in lineal orbit
and increase the solar energy to Earth during these times making hot
climates possibly every thousand years. The last warm cycle on Earth
was a thousand years ago. Also, Earth's magma and the Sun's liquid
surface maybe the result of the same action.



Introduction

The hot surface of the Sun and the magma of Earth come from the
same theory, having a high rotation speed and being elongated from
other planets or moons.
All planets or moons that have active volcanoes with magma, such
as Earth and Io, rotate at high speeds. Earth rotates in 24 hours and
Io in 1.7 days. All other satellites and planets in our solar system
rotate at roughly 15 days and have zero volcanic activity. The Sun
has a rotation of 25 days but maybe eneogh since it is such a large
mass. See table 1. A second factor is needed for magma, having a
satellite or being a satellite. And a third factor is needed for
magma, a similar mass of planet or satellite.

The old theory of where magma comes from is that there is pressure
on the planet from itself. This is not possible if other planets or
moons similar to Earth have no volcanoes and magma. With the Sun, it
is thought that the hot surface is from something similar to a nuclear
reaction and will burn out in 10 billion years. This is not so, the
Sun is hot due to the orbit it has with Jupiter and the two form a
friction.

Table 1: Rotation Speeds of Planets and Moons

planet or moon rotation speed - Earth days

earth 1
earth's moon 0
Venus 20
Mars (no large
Satellites) 1.05
Sun 25
Mercury 58.6462
Jupiter(no large .41354
Moons)
Io 1.769138
Europa 3.55
Ganymede 7.15
Callisto 16.689

Since high rotation is needed for the creation of magma, looking
at table one, it is noted that all planets of moons with low rotation
speeds have zero volcanic activity. And Earth and Io have high
rotation speeds giving way to volcanic activity. Mars has a satellite
with a rotation speed of 1.05 days and would therefore have magma but
the two moons of Mars are very small with a mass of Deimos at 1.8 x
10^15 kg and Phobos at 1.08 x 10^16 kg compared to the mass of
Earth's Moon Luna at 7.36 x 10^22 kg. Earth's Moon Luna would have
magma if it rotated but does not rotate. Jupiter has a high rotation
speed at .41354 days but does not have a moon with similar mass. As
for Venus which has volcanoes it may elongate with the sun since it has
no moon.



Looking a figure 1 one can see that the planet is forced to be
elliptical with high rotation giving way to the Earth' s crust bending
with friction and creating magma.

The tides on earth have two low and two high. In the same way
tides exist due to the elongation of the planet by the moon. Old
faithful in Yellowstone Park has a period similar to the moon's tide
but stems from the earth magma. Since the tides of Earth and magma of
Earth have similarities, Earth's moon, Luna, creates both. Old
Faithful has almost a daily burst to the hour. However, the Luna
rotates every 27.5 days around the Earth. Therefore in days the number
is 27.5/30 in a month of 30 days. Equal to .916 days, that is, for
every Earth day, Luna rotates .916. Old Faithful is active every .916
days showing that Luna is the source of activity. As said earlier a
third factor is needed, high rotation of the planet. As Earth rotates
in 24 hours in the elongation of a .916 day of Luna, friction is given
on the crust giving magma and energy for Old Faithful.

Magnetic Poles

In theory if the high rotation of a planet and being with a
satellite creates magma other forces must result. The magnetic force
of Earth's two magnetic poles must also be from these two factors.
As the planet rotates with a moon the planet acts as a giant turbine
creating a magnetic current and two poles. In theory all stars, planets
and moons with high rotation and elongation, will have magnetic
currents and magnetic poles.

The Solar System is like Jupiter

If it is true and the Sun has a hot surface due to being with a
giant planet, Jupiter, it may be correct to judge our solar system as
being similar to Jupiter and Jupiter's moons. The moons of Jupiter may
be compared to the planets of the Sun.

granite stone wrote:

It is possible in theory that if the largest planet, Jupiter gives
the Sun elongation, and with the Sun's rotation at 25 days as being a
high speed, since the Sun's mass is large, the hot surface with solar
flares maybe the result of high rotation speed and elongation. A tide
on Earth is when the Moon and Earth line up to force the waters of the
ocean. In the same way, the largest planet Jupiter may force the Sun
into elongation and create a hot surface. Moreover the Sun maybe is in
extreme elongation when Jupiter, Saturn and the Sun are in lineal orbit
and increase the solar energy to Earth during these times making hot
climates possibly every thousand years. The last warm cycle on Earth
was a thousand years ago. Also, Earth's magma and the Sun's liquid
surface maybe the result of the same action.


The sun is not liquid... and its oblate spheroidal shape is
due to rotation. Calculate the forces!

"Sam Wormley" wrote in message
news:zmOIf.770310$x96.39837@attbi_s72...
granite stone wrote:

It is possible in theory that if the largest planet, Jupiter gives
the Sun elongation, and with the Sun's rotation at 25 days as being a
high speed, since the Sun's mass is large, the hot surface with solar
flares maybe the result of high rotation speed and elongation. A tide
on Earth is when the Moon and Earth line up to force the waters of the
ocean. In the same way, the largest planet Jupiter may force the Sun
into elongation and create a hot surface. Moreover the Sun maybe is in
extreme elongation when Jupiter, Saturn and the Sun are in lineal orbit
and increase the solar energy to Earth during these times making hot
climates possibly every thousand years. The last warm cycle on Earth
was a thousand years ago. Also, Earth's magma and the Sun's liquid
surface maybe the result of the same action.


The sun is not liquid... and its oblate spheroidal shape is
due to rotation. Calculate the forces!

Whew!

Thanks, Sam!

There for a minute, I was concerned that maybe good ol' sol had the hots for
Jupe.

And I was gonna' hafta' give Marty HELL about that!!!

--
Jan Owen

To reach me directly, remove the Z, if one appears in my e-mail address...
Latitude: 33.6
Longitude: -112.3

if it is not liquid what is it? magma in a heated state is liquid
stupid.

granite stone wrote:
if it is not liquid what is it? magma in a heated state is liquid
stupid.


The temperature at the sun's core is 15,000,000 K and at what
"looks" like a surface is visible light the temperature is
just under 6000 K. The Sun is all gas and much of it has the
electrons stripped off (plasma).


-Sam Wormley
http://edu-observatory.org/eo/sun.html

granite stone wrote:

In theory if the high rotation of a planet and being with a
satellite creates magma other forces must result. The magnetic force
of Earth's two magnetic poles must also be from these two factors.
As the planet rotates with a moon the planet acts as a giant turbine
creating a magnetic current and two poles. In theory all stars, planets
and moons with high rotation and elongation, will have magnetic
currents and magnetic poles.


Earth's magnetic field is generated by currents in the liquid
outer core. The core boundaries of which are determined via
pressure (p) and shear (s) sound waves.

granite stone wrote:

Table 1: Rotation Speeds of Planets and Moons

planet or moon rotation speed - Earth days

earth 1 (actually 23h 56m)
earth's moon 0 (27.32 days)
Venus 20 (243.02 days)
Mars (no large
Satellites) 1.05 (1.03 days)
Sun 25 (25.4 days at equator, 36 days at poles)
Mercury 58.6462 (87.97 days)
Jupiter(no large .41354 Moons)
Io 1.769138 == orbital period
Europa 3.55 == orbital period
Ganymede 7.15 == orbital period
Callisto 16.689 == orbital period


Your data is wrong... corrections in parentheses
Io, Europa and Ganymede are locked together in a 1:2:4 orbital resonance
and their orbits evolve together.

actually according to most sites the rotation speed of Europa is 3.55
days.

the size of Europa's obit is 4 million km. are you saying it orbits
this in just 3 days.

i looked up Io too and my facts are correct.

http://en.wikipedia.org/wiki/Europa_%28moon%29

actually according to most sites the rotation speed of Europa is 3.55
days.

the size of Europa's obit is 4 million km. are you saying it orbits
this in just 3 days.

i looked up Io too and my facts are correct.

http://en.wikipedia.org/wiki/Europa_%28moon%29

actually according to most sites the rotation speed of Europa is 3.55
days.

the size of Europa's orbit is 4 million km. are you saying it orbits
Jupiter in just 3 days? And Io in one?

i looked up Io, too, and my facts are correct.

http://en.wikipedia.org/wiki/Europa_%28moon%29