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What force keeps a neutron star from collapsing to a black hole under its intense self-gravitational ...

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What force keeps a neutron star from collapsing to a black hole under its intense self-gravitational ...

What force keeps a neutron star from collapsing to a black hole under its intense self-gravitational field?

(a)   Neutron degeneracy pressure, the quantum-mechanical effect in which no two neutrons with the same properties can occupy the same space.
(b)   The intense nuclear repulsion between neutrons, only felt when these neutrons are very closely packed since the nuclear force is very short-ranged.
(c)   The very high temperature and velocity of the neutrons, which creates a thermal gas pressure to oppose gravity.

Textbook

Discovering the Universe

Edition: 7^th

Authors: Kaufmann, Comins

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symbo Author

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Thanks for answering, I'll share this with my classmates too

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