What happens if a core remnant exceeds 3 times the mass of the Sun?
Answer
The core collapses into a singularity known as a black hole
When a remnant core has a mass significantly greater than about three times the mass of the Sun, the forces of gravity are so extreme that they overwhelm all other internal pressures, including neutron degeneracy pressure. No known force can withstand this crush, leading the core to collapse infinitely into a single point called a singularity, effectively creating a black hole.
#Videos
Ch. 21: Life & Death of a High Mass Star (6 of 12) Model ... - YouTube
Life & Death of a High Mass Star (8 of 12) The Final Moments (Part 1 ...
Related Questions
What is the minimum mass required for a star to be considered a high-mass star?Why does the internal structure of a high-mass star resemble an onion?Why does nuclear fusion halt once an iron core forms inside a star?What process causes the iron core to shrink into a city-sized object?During which event are elements heavier than iron created?What determines if a core remnant becomes a neutron star?Why does the silicon-to-iron fusion stage occur in only a matter of days?What happens if a core remnant exceeds 3 times the mass of the Sun?In the context of stellar fusion, what does the term iron ash signify?What role does the shockwave play during a supernova explosion?