Venus Slow rotation =Weak Field ??

Venus has a very large metal core(iron + Nickel) yet it has a very weak
magnetic field. That begs the question WHY? My first answer is its
slow rotation(only once around in over 243 earth days) Next answer for
little magnetizim is those two metal are not revolving around each
other. Third reason could be its very hot thick atmosphere destroys its
south to north flowing magnetic field. I can easily picture Venus as
having a flat surface even with its great volcanic activity. Mountains
eroded down. This could help slow Venus's rotation. Best to keep in
mind Venus is hotter than Mercury. Mercury has no atmosphere and Venus
has to much atmosphere Go figure Bert

G=EMC^2 Glazier wrote:
Venus has a very large metal core(iron + Nickel) yet it has a very weak
magnetic field. That begs the question WHY? My first answer is its
slow rotation(only once around in over 243 earth days) Next answer for
little magnetizim is those two metal are not revolving around each
other. Third reason could be its very hot thick atmosphere destroys its
south to north flowing magnetic field. I can easily picture Venus as
having a flat surface even with its great volcanic activity. Mountains
eroded down. This could help slow Venus's rotation. Best to keep in
mind Venus is hotter than Mercury. Mercury has no atmosphere and Venus
has to much atmosphere Go figure Bert

Venus has a very newish and active core, of one that's cooling itself
off at the gradual but impressive surface rate of losing 20.5 w/m2.
There's no way Venus is as old as Earth or Mercury, not to mention the
dead geothermal aspects of Mars being older than Earth.
.. - Brad Guth

On Apr 12, 7:21 am, (G=EMC^2 Glazier) wrote:
Venus has a very large metal core(iron + Nickel) yet it has a very weak
magnetic field. That begs the question WHY? My first answer is its
slow rotation(only once around in over 243 earth days) Next answer for
little magnetizim is those two metal are not revolving around each
other. Third reason could be its very hot thick atmosphere destroys its
south to north flowing magnetic field. I can easily picture Venus as
having a flat surface even with its great volcanic activity. Mountains
eroded down. This could help slow Venus's rotation. Best to keep in
mind Venus is hotter than Mercury. Mercury has no atmosphere and
Venus has to much atmosphere Go figure Bert

Being that a somewhat newish core of Venus isn't likely to allow a
magnetic field to set in, and the fact that it no longer has a massive
moon in nearby orbit, are each good enough reasons as to why there's
hardly any magnetosphere to speak of. The slow rotation is certainly
another good enough cause to have kept Venus from developing its
magnetosphere. How about we use all of the above.

I believe Venus has a newish and fairly active core, of one that's
cooling itself off at the gradual but impressive surface rate of
losing 20.5 w/m2, and there's even reasonable science to back that up.

There's no way Venus is every bit as old as Earth or Mercury, not to
mention the dead geothermal aspects of Mars as likely being at least
somewhat older than Earth.

Of course, the mainstream Gods will always insist that absolutely
everything has to be of the exact same age, within +/- a second or
so.
.. - Brad Guth

How about nothing other than atmospheric braking causing the slow
rotation of Venus, Brad? lmao!

Your wacko theories are not needed.

Saul Levy


On Sat, 12 Apr 2008 20:21:28 -0700 (PDT), BradGuth
wrote:

Being that a somewhat newish core of Venus isn't likely to allow a
magnetic field to set in, and the fact that it no longer has a massive
moon in nearby orbit, are each good enough reasons as to why there's
hardly any magnetosphere to speak of. The slow rotation is certainly
another good enough cause to have kept Venus from developing its
magnetosphere. How about we use all of the above.

I believe Venus has a newish and fairly active core, of one that's
cooling itself off at the gradual but impressive surface rate of
losing 20.5 w/m2, and there's even reasonable science to back that up.

There's no way Venus is every bit as old as Earth or Mercury, not to
mention the dead geothermal aspects of Mars as likely being at least
somewhat older than Earth.

Of course, the mainstream Gods will always insist that absolutely
everything has to be of the exact same age, within +/- a second or
so.
. - Brad Guth

On Apr 12, 7:21 am, (G=EMC^2 Glazier) wrote:
Venus has a very large metal core(iron + Nickel) yet it has a very weak
magnetic field. That begs the question WHY? My first answer is its
slow rotation(only once around in over 243 earth days) Next answer for
little magnetizim is those two metal are not revolving around each
other. Third reason could be its very hot thick atmosphere destroys its
south to north flowing magnetic field. I can easily picture Venus as
having a flat surface even with its great volcanic activity. Mountains
eroded down. This could help slow Venus's rotation. Best to keep in
mind Venus is hotter than Mercury. Mercury has no atmosphere and Venus
has to much atmosphere Go figure Bert

Where did you go?

Just because our very own Semitic minion Saul Levy shows up is not to
worry, because there's still an honest light at the end of this tunnel
about the planet Venus and of it's extremely active and thus newish
metal core, much like Earth's core that has to contain some if not a
great deal of thorium.

BTW, the internal fluid friction of Venus is perhaps of a far greater
tidal locking consideration, rather than it's thick and robust
atmosphere that's only in a slightly retrograde motion near the
surface.
.. - Brad Guth

More of your BULL****, BradGoofBall! lmfjao!

Keep trying to make some sense here! lmao!

Saul Levy


On Fri, 18 Apr 2008 06:21:28 -0700 (PDT), BradGuth
wrote:

Just because our very own Semitic minion Saul Levy shows up is not to
worry, because there's still an honest light at the end of this tunnel
about the planet Venus and of it's extremely active and thus newish
metal core, much like Earth's core that has to contain some if not a
great deal of thorium.

BTW, the internal fluid friction of Venus is perhaps of a far greater
tidal locking consideration, rather than it's thick and robust
atmosphere that's only in a slightly retrograde motion near the
surface.
. - Brad Guth