[geocentrism] Re: Joshua's Long Day
- From: "philip madsen" <pma15027@xxxxxxxxxxxxxx>
- To: <geocentrism@xxxxxxxxxxxxx>
- Date: Fri, 27 Apr 2007 18:42:48 +1000
Its evening, and Im in a friendlier mood.. Its been a long day for me but I
left Josh up there in the subject line.
If I had not balked at calculus, I might have gotten to like math.. Today i had
confirmed some of my disbeliefs, and unconfirmed some of my beliefs. I was
unsure that mag fields worked according to inverse square law... Now I know
they dont. because inverse sq only works for a point source .. Even light
doesn't if it is coming from a flat plane, and electric fields do not if they
are coming from a linear conductor.. hmm
So I just got a problem that is so complex it needs a High priest of math. In
the sense that gravity causes acceleration because it is a constant, how does
one calculate the acceleration on a unit pole from a magnetic field that is not
constant universally???
No one on google knows.. But experiment shows that the force between magnets
increases rapidly with decreasing distance..
My experiment.. I want to shoot a magnet oriented for poles attracting very
close to but through and at right angles to a powerful magnetic field. If it
is too slow it will get captured.. How do I calculate the escape velocity for a
fly past.??? would there be one?
I mean, a mag field can accelerate a particle up to the speed of light.
I just bet this will cause pages of calculations???
Philip.
- Follow-Ups:
- [geocentrism] Re: Magnet experiment
- From: Dr. Neville Jones
- References:
- [geocentrism] Re: Joshua's Long Day
- From: Robert Bennett
Other related posts:
- » [geocentrism] Joshua's Long Day
- » [geocentrism] Re: Joshua's Long Day
- » [geocentrism] Re: Joshua's Long Day
- » [geocentrism] Re: Joshua's Long Day
- » [geocentrism] Re: Joshua's Long Day
- » [geocentrism] Re: Joshua's Long Day
- » [geocentrism] Re: Joshua's Long Day
- [geocentrism] Re: Magnet experiment
- From: Dr. Neville Jones
- [geocentrism] Re: Joshua's Long Day
- From: Robert Bennett