Approximately how many times the mass of the Sun must a star typically be to undergo core collapse into a Type II supernova?
Answer
Eight times the mass of the Sun
A star must typically be at least eight times the mass of the Sun to possess sufficient mass to undergo core collapse and become a Type II supernova.
#Videos
Why Do Some Red Giant Stars Explode As Supernovae? - YouTube
Related Questions
What is the general term for the spectacular explosion marking the catastrophic death of a massive star?What process immediately precedes the violent core collapse in a red supergiant supernova?What is the ultimate fate of a star similar in mass to our Sun?What specific classification is given to the supernova explosion resulting from the death of a massive red supergiant?Why does the formation of an iron core halt energy generation in a massive star?Approximately how many times the mass of the Sun must a star typically be to undergo core collapse into a Type II supernova?Following the rapid infall of material onto the dense iron core, what physical process creates the shockwave that leads to a supernova?What objects can remain after the core-collapse supernova of a massive star?In terms of energy output, how does a Type II supernova compare to the Sun's total expected output?Why is the direct observation of a star transitioning into a supernova considered an immense scientific milestone?