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From: Mathal on 11 Jul 2010 00:11 I was wrong ...about something concerning black holes(ITE-if they exist). I assumed that the density of the black hole (ITE) would not fluctuate that much. It does. It approaches an infinite density as the radius diminishes. As mass is added to the black hole(ITE) the density of the black hole (ITE) diminishes towards zero. These are rough calculations. I'm using powers of 10 for the Schwarzschild radius in each calculation to make the relationship clear. S. Radius Critical Mass Critical Density for radius .1 6.7565757 * 10^25 kg. 1.6130568 *10^28 kg/m^3 1 6.7565757 * 10^26 1.6130568 *10^26 10 6.7565757 * 10^27 1.6130568 *10^24 Before anyone nit picks that this isn't the whole story-I agree but this is close enough to see what the boundaries of black holes (ITE) are. If we take 13.5 billion years as the radius the critical mass would be somewhere in the 10^46 range of kilograms and the density would be in the 10^-26 range of kg.per meter^3. Pretty sparse. I think I read one time someone speculating that we may be inside a giant black hole. Mathal |