At the extreme of gravity there is a limit
in [Physics]
|
Prev: Chapt9; Telescope best distance tool and if Doppler redshift were true, then Great Wall gets fuzzier #90; ATOM TOTALITY
Next: Atheist agenda of Stephen Hawking
From: BURT on 16 May 2010 18:09 Einstein said gravity is acceleration equivalent. Therefore the force of gravity has a limit of a less than light speed acceleration. There are no black holes only neutron stars. Mitch Raemsch
From: xxein on 16 May 2010 20:39 On May 16, 6:09 pm, BURT <macromi...(a)yahoo.com> wrote: > Einstein said gravity is acceleration equivalent. Therefore the force > of gravity has a limit of a less than light speed acceleration. There > are no black holes only neutron stars. > > Mitch Raemsch xxein: But there is something that has no limit. Your ignorance.
From: Cwatters on 17 May 2010 02:43 "BURT" <macromitch(a)yahoo.com> wrote in message news:04eb3d9f-3760-4778-99bf-fbf4a35f3655(a)z13g2000prh.googlegroups.com... >The limit is a less than light speed acceleration for gravity. Just as >there is a speed limit there is a change in speed limit. > >Mitch Raemsch What's your definition of "speed acceleration"? Speeds are normally measured in m/s Acceleration in m/s^2
From: nuny on 17 May 2010 08:02 On May 16, 3:09 pm, BURT <macromi...(a)yahoo.com> wrote: > Einstein said gravity is acceleration equivalent. Therefore the force > of gravity has a limit of a less than light speed acceleration. (equation 1) F=ma. Wow, you've just identified the Fundamental Mass. What, you haven't? Sure you have. You claim that F and a both have hard limits. Please specify them so we can substitute them into equation 1 and solve for m. Mark L. Fergerson
From: Igor on 17 May 2010 12:49
On May 16, 6:09 pm, BURT <macromi...(a)yahoo.com> wrote: > Einstein said gravity is acceleration equivalent. Therefore the force > of gravity has a limit of a less than light speed acceleration. There > are no black holes only neutron stars. > > Mitch Raemsch What do you mean by light speed acceleration? There is no upper bound to acceleration. So you lose, dogface! |