Responses
Supernova explodes a massive star; remaining core expands; nuclear reactions diminish the effects of gravity.
Supernova explodes a massive star; remaining core expands; nuclear reactions diminish the effects of gravity.
A small star gains mass through fusion reactions; core of star collapses; increased radiation triggers a supernova.
A small star gains mass through fusion reactions; core of star collapses; increased radiation triggers a supernova.
A massive star depletes its nuclear fuel; gravity overpowers the star; supernova occurs; core of star collapses.
A massive star depletes its nuclear fuel; gravity overpowers the star; supernova occurs; core of star collapses.
Supernova triggers fusion reactions; massive star implodes due to extreme radiation; volume and mass of star increase rapidly.
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The description that best summarizes the steps that take place during black hole formation, in the correct order, is:
A massive star depletes its nuclear fuel; gravity overpowers the star; supernova occurs; core of star collapses.
This sequence accurately reflects the process where a massive star exhausts its nuclear fuel, leading to gravitational collapse and resulting in a supernova explosion, with the remaining core collapsing into a black hole.
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