If it were an infinite length then by definition it would not have ends.

Steve wrote:

> On Wed, 02 Aug 2000 18:59:59 -0500, Mike wrote:
> >But can you make an un-twisted, un-rolled, un-torus while keeping the
> >two ends together?  Wrap your mind around that one!
>
> If it was an infinite length then due to some law of physics I think
> the ends would meet weather you wanted them to or not.
>
> --
> Cheers
> Steve              email mailto:ste### [at] zeroppsuklinuxnet
>
> %HAV-A-NICEDAY Error not enough coffee  0 pps.
>
> web http://www.zeropps.uklinux.net/
>
> or  http://start.at/zero-pps
>
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Ken wrote:
> 
> My version of the un-twisted, un-rolled, un-torus.
> 
> You think I am on to something ?


Regressive, but interesting. Have you thought of what you could do with
a cone, or sphere?

Ken Matassa

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Ken wrote in message <39885669.1EAF1E05@pacbell.net>...
>
>My version of the un-twisted, un-rolled, un-torus.
>
>You think I am on to something ?


*Grabs Ken by the shoulders and shakes him really hard, then slaps him
across the face repeatedly*

Are you feeling better now?

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Ken wrote:
> 
> Matthew Bennett wrote:
> 
> > Does it need megapov?
> 
> Un-officialy, no.
> 
	So you might say it's un-necessary?

		Jerome
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Peter Popov wrote:
> Hey, usind 4D to tie and untie tori is *cheating*!!!
> Do it in 3D if you dare!

do i remember right that in 4space a curve (1D)
cannot be knotted, but a 2D surface can be?

hm, if the relation holds, then in the plane a point can be knotted.

-- 
Anton Sherwood  --  br0### [at] p0b0xcom  --  http://ogre.nu/

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