How does a high-mass star differ from a low-mass star as both enter the final stages of their life cycle?
A. A high-mass star dies more explosively.
B. A high-mass star ends in a nova event.
C. A high-mass star ends when it runs out of hydrogen.
D. A high-mass star converts helium to carbon, whereas a low-mass star does not.

Question

How does a high-mass star differ from a low-mass star as both enter the final stages of their life cycle?
A. A high-mass star dies more explosively.	
B. A high-mass star ends in a nova event.	
C. A high-mass star ends when it runs out of hydrogen.	
D. A high-mass star converts helium to carbon, whereas a low-mass star does not.

anonymous · Answer

B and high mass stars turn into black holes where low mass stars turn into white dwarfs or pulsars.

anonymous · Answer

D sounds good too

anonymous · Answer

B. Once a star gets to be around 20 times bigger than our sun, it'll die in a nova event, and average-mass to low-mass stars turn in to red giants and then dwarfs.