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Number the following stages in the life cycle of a sun-like star in order of occurrence (1-8): White dwarf, mass packed into a star about [ Choose ] the size of the earth Evolution to red giant as helium core forms [ Choose ] Stable, main sequence star shining by [ Choose ] hydrogen fusion Protostar, gravitational contraction of gas [ Choose ] and dust Red giant, shining by helium fusion [ Choose ] Planetary nebula, outer atmosphere of star ejected into space [ Choose ] Dead corpse, degenerate carbon cinder in [ Choose ] space Variable star, formation of carbon core [ Choose] >

Number the following stages in the life cycle of a sun-like star in order of occurrence (1-8): White dwarf, mass packed into a star about [ Choose ] the size of the earth Evolution to red giant as helium core forms [ Choose ] Stable, main sequence star shining by [ Choose ] hydrogen fusion Protostar, gravitational contraction of gas [ Choose ] and dust Red giant, shining by helium fusion [ Choose ] Planetary nebula, outer atmosphere of star ejected into space [ Choose ] Dead corpse, degenerate carbon cinder in [ Choose ] space Variable star, formation of carbon core [ Choose] >

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Number the following stages in the life cycle of a sun-like star in order of occurrence (1-8): White dwarf, mass packed into a star about v [Choose ] the size of the earth 7 1 Evolution to red giant as helium core forms 6 3 Stable, main sequence star shining by hydrogen fusion Protostar, gravitational contraction of gas [ Choose ] and dust Red giant, shining by helium fusion [ Choose ] Planetary nebula, outer atmosphere of star [ Choose ] ejected into space Dead corpse, degenerate carbon cinder in [ Choose ] space Variable star, formation of carbon core [ Choose ]
Transcribed Image Text:Number the following stages in the life cycle of a sun-like star in order of occurrence (1-8): White dwarf, mass packed into a star about v [Choose ] the size of the earth 7 1 Evolution to red giant as helium core forms 6 3 Stable, main sequence star shining by hydrogen fusion Protostar, gravitational contraction of gas [ Choose ] and dust Red giant, shining by helium fusion [ Choose ] Planetary nebula, outer atmosphere of star [ Choose ] ejected into space Dead corpse, degenerate carbon cinder in [ Choose ] space Variable star, formation of carbon core [ Choose ]
Number the following stages in the life cycle of a sun-like star in order of occurrence (1-8): White dwarf, mass packed into a star about [Choose] the size of the earth Evolution to red giant as helium core forms [ Choose] Stable, main sequence star shining by [ Choose ] hydrogen fusion Protostar, gravitational contraction of gas [ Choose ] and dust Red giant, shining by helium fusion [ Choose ] Planetary nebula, outer atmosphere of star ejected into space [ Choose ] Dead corpse, degenerate carbon cinder in [ Choose ] space Variable star, formation of carbon core [ Choose ]
Transcribed Image Text:Number the following stages in the life cycle of a sun-like star in order of occurrence (1-8): White dwarf, mass packed into a star about [Choose] the size of the earth Evolution to red giant as helium core forms [ Choose] Stable, main sequence star shining by [ Choose ] hydrogen fusion Protostar, gravitational contraction of gas [ Choose ] and dust Red giant, shining by helium fusion [ Choose ] Planetary nebula, outer atmosphere of star ejected into space [ Choose ] Dead corpse, degenerate carbon cinder in [ Choose ] space Variable star, formation of carbon core [ Choose ]
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