Black holes temperature?

Question

I know that theoretically in a singularity all the of the sub atomic particles are extremely condense and are touching each other. I also know that a measure of temperature is molecular movement. From everything I have read, black holes have a high temperature. My question is, if the molecules are "jammed together" how can they move. Therefore if they can't move how can a blackhole be hot?

Answer 1

i agree with you. they are not hot. the force required to make them must a very large dust cloud or celestial mass such as a negative galaxy, when they form they would suck in all available temperature the (cold) within it's implosion, their temperature is probable in the - 270 faren. range. For the record I strongle dissagree w/ the Swarzchild formula.

Answer 2

through fact no longer something replaced into theory to flee from a black hollow, its temperature replaced into, for an prolonged time, given as 0 ok (a.ok.a. Absolute 0) in concept. Stephen Hawking confident us that there is a few radiation. no longer plenty, yet some. as a result, the temperature can't be precisely 0. it quite is extremely low for a stellar mass black hollow and, surprisingly sufficient, the bigger the black hollow, the decrease the temperature. A black hollow with the mass of our Moon (this could be an extremely small black hollow -- what Hawking might call a micro black hollow) could be on the comparable temperature through fact the universe (2.7 ok) something smaller could be warmer than the universe (as a result, could be "evaporating"). the sole black holes that all of us recognize roughly are of stellar hundreds (hundreds of thousands of cases the mass of the Moon) or are popular black holes on the centre of galaxies (hundreds of thousands of stellar hundreds). they could be plenty less warm (yet constantly a tiny bit above Absolute 0)

Answer 3

Black holes probably have no temperature for the reasons you cited. However, near and above the event horizon the temperatures are staggering assuming there is matter falling into the black hole. The matter is accelerated to near the speed of light and jostles with other matter resulting in the high temperatures.

Answer 4

T=1.228*10^12K

Answer 5

Just because the molecules are compact, that doesnt mean tey cant move. Look at any solid, its particles are touching, yet they can move and transfer heat.

Answer 6

cuz when black holes eat, the particles rushes towards it at almost the speed of light, when 2 particles collide AT the almost the speed of light , it creates heat energy.