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Moviemann345
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When a neutron star flucuates into a black hole does the gravity increase tenfold? Or does the neutron star gravity (while turning into a black hole) increase as expected with the addition of more mass?
The gravitational pull of a black hole is significantly stronger than that of a neutron star. This is because a black hole has a much larger mass and therefore a greater gravitational force.
No, a black hole will always have a stronger gravitational pull than a neutron star due to its larger mass. However, the gravitational pull of a neutron star can still be incredibly strong, capable of pulling in nearby objects.
The gravitational pull of a black hole is so strong that it can bend light and distort space-time around it. This can cause any nearby objects to be pulled towards the black hole and potentially be consumed by it.
No, a black hole will always have a stronger gravitational pull due to its mass. However, a neutron star can have a very strong gravitational pull, capable of crushing objects and creating intense radiation.
The strength of the gravitational pull does not directly affect the size of a black hole or neutron star. Their size is determined by their mass and density. However, the strong gravitational pull of a black hole can cause it to grow in size as it consumes more matter.