What happens to the weight of energy in a black hole?
in [Relativity]
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From: BURT on 30 Jul 2010 19:36 Infinite weight is of course a violation of mathematical law. The only thing that goes infinite is sizes of infinity of the infinitely small. Black holes violate laws. We are not seeing them. Mitch Raemsch
From: bert on 30 Jul 2010 20:04 On Jul 30, 7:36 pm, BURT <macromi...(a)yahoo.com> wrote: > Infinite weight is of course a violation of mathematical law. The only > thing that goes infinite is sizes of infinity of the infinitely small. > > Black holes violate laws. We are not seeing them. > > Mitch Raemsch Gravity creates weight so the answer is it adds to the BH gravitation TreBert
From: DougC on 31 Jul 2010 01:12 BURT blurts: > Black holes violate laws. We are not seeing them. We are not seeing them because of the laws. Black holes have such extreme gravity that light cannot escape from them. That is why we don't see them. No violation. Write that down. Doug Chandler
From: BURT on 31 Jul 2010 01:34 On Jul 30, 10:12 pm, DougC <priga...(a)aol.com> wrote: > BURT blurts: > > > Black holes violate laws. We are not seeing them. > > We are not seeing them because of the laws. Black holes have such > extreme gravity that light cannot escape from them. That is why we > don't see them. No violation. Write that down. > > Doug Chandler If light doesn't slow down in empty space it has no escape velocity like matter. Outgoing light cannot be dragged backward into a black hole. Gravity can never overcome light. Mitch Raemsch
From: DougC on 31 Jul 2010 04:23
BURT wrote: > > If light doesn't slow down in empty space it has no escape velocity > like matter. Outgoing light cannot be dragged backward into a black > hole. Gravity can never overcome light. Gravity bends light. Easily observed. Look up "lensing." Light does not reflect when it hits a black hole. That's why it remains black and why it is called a hole. Doug Chandler |