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Question 20 Match the following stellar mass with the correct description 0.09 Solar Mass 2 Solar Mass 8 Solar Mass 250 Solar Mass This Brown Dwarf does not [Choose] This massive object will explode before it even becomes a star. This low mass star will end its life as a Planetary Nebula, then a White Dwarf. This neutron star will gain mass from its companion star, and collapse into a Black Hole. The entire hydrogen will be converted to helium. No Red Dwarf has died yet. This Brown Dwarf does not have enough mass to undergo neuclear fusion. This high mass star will undergo a core-collapse Supernova. This white dwarf will gain mass from its companion, and undergo a Type 1a supernova. [Choose] 0.05 Soar Mass [Choose]

          Question 20
Match the following stellar mass with the correct description
0.09 Solar Mass
2 Solar Mass
8 Solar Mass
250 Solar Mass
This Brown Dwarf does not
[Choose]
This massive object will explode before it even becomes a star.
This low mass star will end its life as a Planetary Nebula, then a White Dwarf.
This neutron star will gain mass from its companion star, and collapse into a Black Hole.
The entire hydrogen will be converted to helium. No Red Dwarf has died yet.
This Brown Dwarf does not have enough mass to undergo neuclear fusion.
This high mass star will undergo a core-collapse Supernova.
This white dwarf will gain mass from its companion, and undergo a Type 1a supernova.
[Choose]
0.05 Soar Mass
[Choose]

Question 20
Match the following stellar mass with the correct description
0.09 Solar Mass
2 Solar Mass
8 Solar Mass
250 Solar Mass
This Brown Dwarf does not
[Choose]
This massive object will explode before it even becomes a star.
This low mass star will end its life as a Planetary Nebula, then a White Dwarf.
This neutron star will gain mass from its companion star, and collapse into a Black Hole.
The entire hydrogen will be converted to helium. No Red Dwarf has died yet.
This Brown Dwarf does not have enough mass to undergo neuclear fusion.
This high mass star will undergo a core-collapse Supernova.
This white dwarf will gain mass from its companion, and undergo a Type 1a supernova.
[Choose]
0.05 Soar Mass
[Choose]

Added by James M.

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