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If black holes are a considered to be a singularity, how can one be larger than the other? | HIX Tutor

It is thought that there is a singularity at the centre of a black hole. This is a point of infinite curvature of <a href="https://socratic.org/astrophysics/general-relativity/space-time">space-time</a> and defies the laws of physics as we know it. A black hole is more than the singularity. It has mass, charge and spin. If two black holes merge they form a bigger black hole.

It is thought that there is a singularity at the centre of a black hole. This is a point of infinite curvature of space-time and defies the laws of physics as we know it. A black hole is more than the singularity. It has mass, charge and spin. If two black holes merge they form a bigger black hole.

<a href="https://socratic.org/astrophysics/general-relativity/black-holes">Black holes</a> have mass.

Joseph Allen

Although black holes are considered singularities, their size can vary based on their mass. The size of a black hole is determined by its Schwarzschild radius, which depends solely on its mass. A black hole with a greater mass will have a larger Schwarzschild radius and therefore appear larger than a black hole with less mass, even though both are singularities.