Just like the mechanism that keeps planets orbiting the Sun, angular momentum should keep this gas and dust coasting around black holes forever.
However, Could it be true that the reason that black holes are able to achieve this great feat is from the momentum itself left from the implosion? that the particles around it were once a part of the star that created the black hole? Therefore, A black hole can and will only grow to be as big as it once was, when it was a star.
It could be possible that the particles around a black hole are minute compared to the actual size of the existing black hole and therefore were not sucked up by the initial implosion.Newton's 3rd Law explains, the reaction must be equal and opposite the action, but it does not say anything about the method of the reaction, just that it must be equal in the end. This process could take millions of years to complete, and it would be true, right? Then particles sucked into a Black Hole might have once been part of it.
2006-07-11
02:43:19
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14 answers
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asked by
Anonymous
in
Astronomy & Space