kapoor_kapoor said:
Who says they do? In some sense, the mass would all be concentrated at ##r = 0##, but within the event horizon, the radial coordinate is time-like so it does not really correspond to a distance inside the black hole. Outside of ##r = 0##, the Schwarzschild black hole corresponds to a vacuum solution to the Einstein field equations.kapoor_kapoor said:
No. This is not how the Universe works.kapoor_kapoor said:
No, and a quick google search would have given the same answer.kapoor_kapoor said:
If there is a singularity in the center as general relativity predicts, it has zero volume but a finite mass.kapoor_kapoor said:
No we cannot, that does not make sense.kapoor_kapoor said:
A black hole is a region in space with a gravitational pull so strong that nothing, including light, can escape from it. It is created when a massive star collapses in on itself.
The mass of a black hole is typically measured by observing the effects of its gravity on surrounding objects, such as stars or gas clouds. Scientists can also measure the rotation speed of material orbiting the black hole to determine its mass.
No, a black hole cannot have infinite mass. While a black hole's mass is incredibly large and concentrated, it is still a finite amount. It is often referred to as a singularity, where the laws of physics break down.
No, the mass of a black hole can vary greatly. Smaller black holes can have masses equivalent to a few times that of our sun, while supermassive black holes at the center of galaxies can have masses equivalent to billions of suns.
If a black hole's mass increases, its gravitational pull will also increase. This can cause it to swallow up nearby matter and potentially grow larger. However, there is a limit to how much a black hole can grow before it reaches its maximum size.