On Sep 2, 9:22*pm, tom wrote:
Art Unwin wrote:
It seems that some do not understand what the Corriolis force is so
here goes
When the Big Bang ocurred all energy was in *an arbitrary boundary
just like the Sun is. When the forces *( four forces of the Standard
model) could not be contained with in the boundary the boundary broke
which as scientists state was the begining of our Universe. Before the
arbitrary boundary broke it is a state of equilibrium ( This is also
duplicated by the Sun) You can visualize a ball which contains all
energy by placing vectors all around the inside where for every vector
on the inside there is an equal and opposite on the outside. Tho
energy cannot be created or destroyed, kinetic energy can occur at the
expense of potential energy such that the outside vectors are over
come. *The boundary breaks and the excess forces are released until
the boundary is able to return to a state of equilibrium. Now when the
break occurs it is *at the point of a particular vector such that the
breakage is created by a shearing action, as the forces in question
was not aligned, with spin. Thus when any energy,particles etc *they
escaped with a spin action which force forces to balance requires an
equal and opposite reaction and the Corriolis force is that component.
Without the Corriolis component we could not remain on this Earth and
gravity could not exist. Thus to state spin or torque is not a force
is truly rediculous. Let the insults come.

Have you ever considered stand up comedy?

tom
K0TAR

Heh it is just standard classical physics. Just like saying a tornado
is not a force.
or a antenna cannot be resonant. Totally rediculous. If you want to
know more take a physics lesson maybe more than one in your case. Now
the Electroweak force is only called weak because it is the weakest of
all the initial forces created in the big bang. This
is the force created as a result of two forces acting towards each
other but not on the same plain where a boundary is broken. Plain
Classical Physics, nothing more.


e big b ang