carbon fusion supernova inert helium core Stars with masses less than about two
ID: 120466 • Letter: C
Question
carbon fusion supernova inert helium core Stars with masses less than about two solar masses are considered low-mass stars A star that is expanding (into a subgiant and then a giant) has a(n) Stars with mass greater than about 8 solar masses are considered hydrogen shell fusion main-sequence stars planetary nebula The energy that drives the expansion of a star into a subgiant or red giant comes from When it dies, a low-mass star expels a The final stage of core fusion in a low-mass star is neutron star high-mass stars When it dies, a high-mass star explodes as a helium fusion Stars that are fusing hydrogen in their cores areExplanation / Answer
when it dies a low-mass star expels a " planetary nebula "
when it dies a high-mass star explodes as a "hydrogen shell fusion "
stars with masses greater than about 8 solar masses are considered " high-mass stars"
stars that are fusing hydrogen in their cores are "main -sequence stars "
the energy needed for the formation of red giant comes from helium fusion as helium atoms combine to form carbon
the final stage of core-fusion in a low-mass star is inert helium core
a star that is expanding into( a sub giant and a giant ) has a(n) is neutron star
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