For a non-spinning black hole, what is the only property that determines the exact size of its event horizon?
For a non-spinning black hole, the only property that determines the exact size of its event horizon is its mass. The event horizon is the boundary in spacetime around a black hole beyond which nothing, not even light, can escape its gravitational pull. For a non-spinning black hole, which is al....
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Nader Alrmi
βfor a non-spinning black hole, the only property that determines the exact size of its event horizon is its mass. the event horizon is the boundary in spacetime around a black hole beyond which nothing, not even light , can escape its gravitational pull, for a non-spinnung black hole, which is also referred to as a schwarzchhild black hole, this event horizon is perfectly spherical. the size of this spherical event horizon is precisely given by the schwarzschild radius, which is a direct mathematical consequence of the black hole,s mass. a larger mass results in a proportionally larger schwarzschild radius and thus a larger event horizon. for instance, a non-spinning black hole with twice the mass will have an event horizon with twice the radius. this relationship highlights that for a non-spinning black hole , no other characteristics, such as electric charge or angular momentum (spin) , influence the spβ
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Mohammad Monther Ibn Mohammad Almotesem Dhmam
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